Creating Co-existence Between Crop Farmers and …Conservation conflicts are defined as...
Transcript of Creating Co-existence Between Crop Farmers and …Conservation conflicts are defined as...
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Creating Co-existence Between Crop Farmers and Wildlife in
Ontario
Undergraduate Thesis
Researched and Written by Leeza Shabekova
Advised by Stephen Murphy, Professor
Submitted December 16, 2013
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Table of Contents
Page 3………… I. Introduction
Page 6………… II. Methods
Page 7…..……. III. Results
Page 16………..IV. Discussion
Page 21.….…… V. Results-oriented Wildlife Conservation Incentives for Ontario Crop Farmers
Page 37……….. VI. Compensation for Wildlife-related Crop Damage
Page 46……….. VII. Putting Down the Guns
Page 60……….. VIII. The Participatory Approach for Preventing Conflict & Co-managing Human-
Wildlife Impacts
Page 72……….. IX. Conclusion
Page 72……….. X. References
Page 83……….. XI. Appendix
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I. Introduction
Human-wildlife impacts occur when wild animals negatively impact humans, or vice versa
(Madden 2004; Madden 2004b; Ontario Ministry of Natural Resources 2008). Although this is a concern
for society in general, it has certainly become a major problem in the agricultural industry. Crop farmers
strive to use every possible acre to maximize production and their revenue, while wildlife often depend on
these same spaces to meet their survival needs (Brethour, Mussell & Stiefelmeyer 2001; Treves 2008).
This results in destructive, undesirable interactions where crops are damaged and wildlife are killed.
Unfortunately, this trend is increasing, including on Ontario crop farms (Bruggers, Owens & Hoffman
2002; OFVGA 2013b; Ontario Ministry of Natural Resources 2008b; OSCIA 2000). While Ontario white
tailed deer (Odocoileus virginianus) populations, for instance, have increased by tens of thousands since
the 1980s, in the last 30 years the human population has simultaneously increased by nearly 50 percent.
Meanwhile, changes to farming have also significantly reduced natural habitat (Ontario Ministry of
Natural Resources 2008b). Hence, this issue has also recently begun to gain a great amount of attention,
including in academia, with an overwhelming focus on wildlife’s economic impacts (Bruggers, Owens &
Hoffman 2002). In Ontario, efforts to create a strategy to deal with human-wildlife conflicts started in
2008 (Grain Farmers of Ontario n.d.). Today, the province has a Strategy for Preventing and Managing
Human-Wildlife Conflicts in Ontario and an Agricultural-Wildlife Working Group has also been created
(Environmental Registry 2011; Grain Farmers of Ontario n.d.; Ontario Ministry of Natural Resources
2008).
Unlike the rest of society, farmers are the only ones that consistently view wildlife negatively and
with a focus on their economic impacts (Hegel, Gates & Eslinger 2009).The purpose of this thesis is to
better understand how the all too often negative relationship between Ontario crop farmers and wildlife
can be transformed into a more positive, mutually beneficial one where farmers and wildlife can
peacefully coexist and even benefit from their interactions. At the very least, I explore some of the factors
needed for the hostility of farmers towards wildlife to be mitigated for the benefit of wildlife
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conservation. The chance that the agricultural industry will revert to a more organic way of farming, that
is fundamentally more harmonious with nature, is unlikely to happen soon (Burger et al., 2006). Hence, I
have chosen to focus on measures that can be applied to the current system of food production. In
particular, four issues are explored: effectivity of agri-environmental schemes in helping farmers value
wildlife and the advantages of taking a results-oriented approach, the merits of providing monetary
compensation to farmers who deal with wildlife-related damages and the importance of preventative
tactics, the implications of using hunting to eliminate unwanted wildlife and the need for alternatives, and
lastly the importance of farmer participation in making wildlife-related decisions and co-managing
human-wildlife impacts.
A survey-based case study involving a small sample of Ontario crop farmers was also conducted
to determine how the issues explored in this thesis are perceived by and effect farmers. The insight and
real-world experiences of Ontario crop farmers is invaluable in better understanding how to improve their
relations with wildlife in this province. This case study is presented prior to the literature reviews on the
themes of this thesis; to get a better understanding of the basis of the survey questions, the results, and
especially the implications discussed in the ‘discussion’ section and how these are connected to the
literature, it would be helpful for readers to look over sections V-VIII first.
Human-Wildlife ‘Conflicts’? A Note on Terminology
Vocabulary creates terministic screens where words interact in a way that brings focus to some
parts of reality, while removing focus from others. Ultimately, these terministic screens come to affect
perception, limiting how people respond to environmental issues (Peterson et al., 2010). There has been a
huge shift in wildlife professionals towards using the term ‘human-wildlife conflicts’ to what they
previously described as, for instance, ‘wildlife damage management.’ However, one study that examined
academic literature found that most situations labeled as human-wildlife conflicts (greater than 95 per
cent) are actually those where there are ‘perceptions among people that wildlife threaten something that
they care about, such as crops’ (Peterson et al., 2010). Rarely was this terminology used in situations
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where there really was conflict (less than 4 per cent), and these were actually reflecting human-human
conflicts, such as over how to address the threats wildlife pose to property, safety etc (Peterson et al.,
2010). As a matter of fact, the actual human-human nature of what is so often referred to as human-
wildlife conflicts also fits perfectly into the definition of ‘conservation conflicts,’ which occur between
people as well. Conservation conflicts are defined as ‘situations that occur when two or more parties with
strongly held opinions clash over conservation objectives and when one party is perceived to assert its
interests at the expense of another’ (Redpath et al., 2013).
There are serious consequences to framing human-human conflicts as human-wildlife conflicts.
Because wildlife are implied to be conscious antagonists, it makes sense for people, and especially
farmers, to perceive them as enemies and direct anger and frustration at them (Peterson et al., 2010). This
can also lead to physical retaliation against them, which has implications for conservation. For example, it
is the U.S. Endangered Species Act that has created resentment towards relatively harmless species like
the spotted owl (Strix occidentalis), not the owls themselves (Peterson et al., 2010). Framing issues as
human-wildlife conflicts rather than human-human conflicts may reduce the potential to effectively
address problems by moving attention away from the socio-political factors that cause them. Additionally,
the terminology reinforces peoples’ notion that humanity is separate from nature and that we do not
depend on its wellbeing to survive. A label used to frame problematic situations involving humans and
wildlife should address these issues while also paving the way for the possibility to co-exist (Peterson et
al., 2010). Hence, for the purpose of this thesis, I turn to terminology that has been used by, for instance,
Redpath et al., (2013) and Decker, Lauber & Siemer (2002). To maintain a distinction, the term ‘human-
wildlife impacts’ will be used to refer to the impacts resulting from undesirable interactions between
humans and wildlife (i.e. damage), and ‘conflict’ will refer to human-human dimensions (Redpath et al.,
2013).
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II. Methods
The research portion of this thesis is a survey-based case study involving a small handful of
Ontario crop farmers. The purpose of this case study was to better understand the issues explored in this
project from farmers’ perspectives. This is crucial given that farmers are at the heart of the human-
wildlife impact and conflict scenarios and their needs and views must be taken into account when
discussing conservation incentives, damage compensation, hunting alternatives and co-management. The
survey was distributed through the Ontario Fruit and Vegetable Growers Association (OFVGA) which
consists of 28 member organizations, altogether representing 7, 500 farmers in the province. The
associations mandate is to advance Ontario’s horticultural industry and its farmers and represent them on
a provincial, national, and even international scale (Ontario Fruit & Vegetable Growers Association
2009b).
Before the survey was to be distributed, it went through and received clearance through the
University of Waterloo Research Ethics Committee. The two major steps taken to ensure the wellbeing of
participants was to exclude any personal and potentially identifying questions, as well as avoiding
terminology such as ‘conservation’ when referring to wildlife because this can potentially create a
negative emotional response for some farmers. Instead of conservation, wording such as ‘measures for the
benefit of wildlife’ was opted for. Of course, the survey and its aims were also discussed and approved by
Ontario Fruit and Vegetable Growers Association committee members prior to its distribution. The only
form of advertising that occurred was through the Ontario Fruit Vegetable Growers Association’s
monthly newsletter, The Grower, in the August 2013 edition (see Appendix A).
The survey was made accessible through a SurveyMonkey.com link. This particular format was
chosen because it ensured easy and quick access and submission, was quick and cost effective to
distribute, all while ensuring anonymity and confidentiality. An email consisting of the link as well as an
information letter (see Appendix B) were sent to Ontario Fruit and Vegetable Growers Association
member organizations on August 23rd, 2003, from which point they were able to decide whether to
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forward this email to their own members. The survey was open until September 20th and consisted of 24
questions, and included multiple choice, ranking, partially structured, and open ended questions. The
survey was targeted towards any conventional Ontario crop farmer that grew all a portion of their crops
without the protection offered through greenhouses. Farmers were encouraged to answer every applicable
question and read through all possible answers before making their decisions. Respondents were allowed
an unlimited amount of time to spend on the survey.
III. Results
The participation rate for this case study was smaller than anticipated. Only seventeen Ontario
crop farmers responded to the survey, a relatively small sample size. Four participants did not fully
complete the survey. Two of these stopped at the third last question which asked whether or not they used
lethal methods on their farm, so this could possibly be due to the sensitive nature of this matter in terms of
rules and regulations in Ontario (despite the fact that participants were assured anonymity and that the
question was too broad to reveal potential unlawfulness). This means that the total number of responses
per question varied throughout the survey (aside from questions that were answered by fewer participants
due to applicability restrictions).
The majority of farmers that participated grew multiple types of crops. Field crops, vegetables,
and fruit were each grown exclusively on the farm by one, two, and three farmers. Two farmers grew both
fruit and vegetables and another two grew both field crops and vegetables. Field crops, fruit, and
vegetables were grown together by three farmers, and field crops and fruit were grown in combination by
another three. Finally, one farmer grew both field crops and ginseng. Altogether, field crops were grown
by ten (58.82%) farmers, fruit by eleven (64.71%), and vegetables were grown by nine (52.94%) of them.
One (5.88%) farmer grew a root crop.
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Incentives
Farmers were asked how important they felt that farm management practices were in preventing
crop damage from wildlife. Of seventeen respondents, four (23.53%) indicated that they were ‘extremely
important,’ for 6 (35.29%) it was ‘important,’ while 5 (29.41%) said that they were ‘somewhat
important.’ One person (5.88%) said that they were unimportant, while another indicated that they were
‘not important at all.’
Of sixteen respondents, thirteen (81.25%) felt that crop farmers are capable of contributing
innovative human-wildlife impact management solutions to sustain a balance between the needs of
wildlife and farming. Not a single person said that they weren’t while 3 (18.75) were not sure.
Of sixteen respondents, nine (56.25%) said that meeting the needs of wildlife on the farm was
less important than meeting other types of environment-related objectives such as soil, energy, and water
conservation. Six (37.5%) respondents said it was equally important, and one person (6.25%) was not
sure. None of the respondents felt that it was more important (Figure 1).
Participants were asked to rank the importance of wildlife to them. Altogether fifteen farmers
responded, five (33.33%) of whom said that wildlife were extremely important to them, eight (53.33%)
said that they were important, while two (13.33%) found them to be somewhat important. None of the
respondents chose ‘unimportant’ or ‘extremely unimportant’ (Figure 2).
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Figure 1.
Figure 2.
0
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Lessimportant Equally
important Moreimportant Not sure
Number of Farmers
Importance Level
Importance Level of Wildlife Relative to Other Environmental Objectives for Sixteen OFVGA Crop
Farmers
0
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Number of Farmers
Importance Level
Wildlife Importance to Fifteen OFVGA Crop Farmers
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When asked whether they wanted to see more voluntary incentive programs made available to
help them incorporate wildlife conservation methods into their farm management practices, ten of fifteen
respondents (66.67%) said yes, while five (33.33%) were not sure. None of the respondents answered
‘no.’
Respondents were asked what their opinion was on the statement that ‘the ability of crop farms in
Canada to support wildlife has diminished in the last few decades due to intensification of agricultural
management and the reduction of natural and semi-natural land cover’ (Javorek et al., 2007). Of 15
respondents, seven (46.67%) indicated that they agreed, while another 7 indicated that they disagreed.
One (6.67%) person felt unsure (Figure 3).
Figure 3.
Compensation
Of 15 respondents, twelve (80%) respondents said that they had taken measures on their farm for
the benefit of wildlife and three (20%) said that they had not. Out of the twelve, ten (83.33%) said that
they would take more measures for the benefit of wildlife on their farm if reasonable monetary
compensation existed for wildlife-related crop damage. Two (16.66%) indicated that they were not sure,
but would probably consider it. Out of the three respondents that said they had not taken any measures for
the benefit of wildlife, one (33.33%) said that they would take measures on their farm for the first time if
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The Perception of Fifteen OFVGA Crop Farmers on Whether Canadian Crop Farms
Have Diminished in Ability to Support Wildlife
Agree
Disagree
Not sure
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reasonable monetary compensation existed for wildlife-related crop damage, whereas two (66.66%) said
that they were not sure, but would probably consider it (Figure 4). From all fifteen respondents, nine
(60%) said that 100 per cent re-imbursement of monetary losses due to wildlife damage to crops would be
needed in order to ensure that taking measures for the benefit of wildlife on their farm could remain a
possibility. An additional three (20%) respondents wanted 60 per cent of losses to be compensated, two
(13.33%) wanted 80 per cent, while one (6.67%) wanted a 20 per cent compensation rate.
Of thirteen respondents, nine (69.23%) said that they used lethal methods (e.g. hunting, trapping,
poison etc.) to deal with problematic wildlife on their farm, while four (30.77%) said that they did not. Of
the nine that used lethal methods, four (44.44%) said that they would stop using lethal methods on their
farm if highly effective non-lethal solutions were made more readily available to them, with the same
number of respondents indicating that they would reduce their use of lethal methods. One (11.11%)
person said that they would not stop using lethal methods (Figure 5). If reasonable financial compensation
for wildlife-related damages was provided, one (11.11%) respondent would stop using lethal methods,
five (55.56%) would reduce their use, while three (33.33%) would not eliminate their use of lethal
methods at all (Figure 5).
Respondents were asked to select what they considered to be major barriers to incorporating
conservation measures for the benefit of wildlife into crop farming. They were able to mark of as many or
as few of the choices that were listed. Fifteen farmers responded to this question. At thirteen (86.67%)
respondents each, an equal number of people selected lack of monetary compensation for wildlife-related
crop damage and having to pay for expenses associated with implementation. With ten (66.67%)
respondents, the next most frequently selected choice was ineffective crop damage prevention techniques.
Five (33.33%) respondents indicated that lack of knowledge about wildlife needs was a major barrier.
Community opposition and lack of technical assistance were perceived as major barriers by three (20%)
and two (13.33%) respondents each. Respondents were also provided the opportunity to list additional
factors that they perceived to be major barriers in a slot labeled as ‘other’. One respondent indicated ‘food
safety regulations’ while another listed ‘uncooperative neighbors’ (Figure 6).
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Figure 4.
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Num
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pond
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Willingness to take more on-farm wildlife conservation efforts or for the first time
Effect of Monetary Compensation on Willingness to Take More Wildlife Conservation Measures or for the First Time for Fifteen
OFVGA Crop Farmers
Group 1: No previous measursetaken to conserve wildlife onthe farm
Group 2: Measures previouslytaken to conserve wildlife onthe farm
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Figure 5.
Figure 6.
0
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Eliminate Continueuse
ReduceNot sure
Number of farmers
Farmer response
The Willingness of Nine OFVGA Crop Farmers to Eliminate Lethal Force Against Wildlife Under Two Scenarios
Scenario 1: Damagecompensation
Scenario 2: Non-lethalsolutions
Other
Lack of technical assistance
Community opposition
Lack of knowledge about wildlife needs
Ineffective crop damage prevention techniques
Lack of compensation for damages
Paying for implementation expenses
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Number of Farmers Barriers
Major Barriers to Incorporating Wildlife Conservation Into Crop Farming As Indicated by Fifteen OFVGA Farmers
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Hunting
Respondents were asked to respond to the statement that ‘Reducing wildlife-related crop damage
is important, but finding ways to create as many benefits as possible from wildlife presence on the farm
should also be a priority.’ Of seventeen respondents, more than half, or nine (52.94%) agreed, while at
four respondents (23.53%) each, an equal number of respondents disagreed and were not sure.
Of sixteen respondents, one person (6.25%) stated that the publics’ acceptance level of how
problematic wildlife are dealt with on their farm was extremely important to them, nine (56.25%) said it
was important, two (12.5%) found it to be somewhat important, for two (12.5%) it was unimportant and
another two (12.5%) felt it was extremely unimportant (Figure 7).
Figure 7.
Human-wildlife impact management
Out of seventeen respondents in total, an overwhelming majority (fourteen or 82.35%) felt that it
was extremely important for farmers to be able to participate in and influence wildlife-related government
decisions that affect the agricultural sector. Another two (11.76%) said that it was important, and only one
person (5.88%) felt that it was extremely unimportant. None of the respondents indicated that it was
‘somewhat important’ or ‘unimportant.’
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9 2
2 2
Importance Level of Publics' Acceptability Level on Problematic Wildlife-Management Choice to
Sixteen OFVGA Farmers
Extremely important
Important
Somewhat important
Unimportant
Extremely unimportant
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Of seventeen respondents, only two (11.76%) felt that the Ontario government had done enough
to help crop farmers prevent issues with wildlife. Eight (47. 06%) felt that the Ontario government had
not done enough, and seven (41.18%) were not sure (Figure 8). Those that felt that the government had
not done enough were asked to briefly explain where the Ontario government needs to improve and/or
what it needs to do that it hasn’t to date. Three people pointed to funding: one wanted the government to
pay farmers for protecting at risk species, another said that it should pay for deterrents such as deer
fencing and enhance crop insurance (e.g. providing coverage for the whole year), and finally one farmer
wanted compensation for wildlife-related damages. One person said that they wanted to see government
going out to farms where damage was occurring to witness it ‘firsthand.’ Four respondents, the majority,
wanted fewer restrictions on lethal means of dealing with wildlife. For example, one person said that after
being repeatedly denied a permit to remove deer out of season, they wanted more consistency in
approvals, while another echoed this by stating they wanted ‘reduced red tape for removal permission.’
Another respondent indicated that they wanted out of season harvesting to be permitted, while yet another
stated that they wanted the government to simply allow farmers to shoot any wildlife that is seen ‘eating
or distorting’ their crops. It should also be noted that the respondent that indicated they wanted
compensation for damages, also said that they would like to see ‘less rules around dealing with wildlife.’
Participants were asked whether the Ontario government has done enough to help crop farmers
effectively deal with human-wildlife impacts when they occur. Only one person answered yes (5.88%),
while at eight respondents (47.06%) each, the same number of respondents answered no and not sure
(Figure 8). Again, the eight that answered that the government had not done enough to help farmers deal
with damages were asked to explain where they felt Ontario needed to improve/ and or what it needed to
do that it hasn’t to date. Two of these people skipped this question, but six did answer it. Two people
pointed to prevention. One respondent said that the government had done nothing at all to help them
prevent deer-inflicted damage, while another wanted money put into prevention such as subsidizing
fencing for high value crops. Three people wanted much faster approval times for permits to remove
wildlife; one person indicated that six week waits are unacceptable, while another said that ‘permission
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takes time, geese eat fast.’ One farmer stated ‘investigate how nature and farmers can live in harmony and
reward those farmers that do implement these practices.’
Figure 8.
IV. Discussion
Given that only seventeen Ontario Fruit and Vegetable Grower Association crop farmers
responded to the survey that was administered, it is difficult to draw conclusions from the results that can
accurately represent trends in the mentalities of Ontario crop farmers as a whole. A similar survey would
need distribution and completion at a much larger scale in order to confirm the small-scale trends
observed in the seventeen farmers in this case study. However, the survey results obtained thus far are a
good starting point in beginning to better understand how the issues explored in this thesis effect the
perspectives and lives of Ontario crop farmers and by extension their implications for the wildlife with
which they are so interconnected.
0123456789
10
Enough has beendone
Not enough hasbeen done
Not sure
Num
ber o
f far
mer
s
Farmer response
The Perspectives of Seventeen OFVGA Crop Farmers on Ontario Governments' Performance in Helping Prevent and Deal With Human-Wildlife Impacts on Crop Farms
Prevention
Dealing with impacts
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The fact that the majority of respondents have already taken some measures on their farm to
support wildlife populations and generally found wildlife to be of importance to them indicates that at
least some farmers do value wildlife and have an understanding of their own interconnectedness to these
animals. This may explain why the farmers in this survey indicated that they wanted more voluntary
conservation schemes despite the fact that wildlife is seen as less important than other environmental
objectives. Compensation, evidently, may also have a positive effect on wildlife that is not often touched
on by the literature in that almost all of these respondents said that they would increase their conservation
measures if it were provided, while the few that were not sure whether they would or not would still
consider it. This suggests that a requirement of participating in a results-oriented conservation schemes,
for instance, would fit nicely into a compensation plan as previously suggested.
The downside, however, is that most of these respondents wanted full compensation of damages
for this scenario. In one study, farmers also showed more support for very comprehensive compensation
payments. For example, of 234 farmers, 58.1 per cent wanted 76-100 per cent compensation, and only 7.3
per cent thought that none of the loss should be reimbursed (Mcivor & Conover 1994). This is
problematic because funds are difficult to secure (Bulte & Rondeau 2005; Treves et al., 2009). It may also
be problematic from the public’s perspective; of 196 non-farmers, 30.6 per cent thought that nothing
should be reimbursed to farmers and only 19.4 per cent thought that 76-100 per cent of losses should be
reimbursed (Mcivor & Conover 1994). Full or very high compensation may however be a possibility if
damage prevention programs are implemented in addition to compensation programs and this may also
help justify this practice in the eyes of the public.
Most farmers in this survey reported use of lethal means of dealing with wildlife, which is
consistent with what has been previously reported (Ontario Soil & Crop Improvement Association 2000).
This survey suggests that although damage compensation would be effective at creating a reduction in
lethal force against wildlife, providing highly effective non-lethal solutions would be significantly more
effective for both eliminating and reducing it. This makes sense given that farmers have sited the reduced
effectivity of prevention techniques as the second biggest cause for damages (Fitzgerald 2012; Ontario
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Fruit & Vegetable Growers Association 2000). If this second biggest reason for damages is removed,
than, as it appears from this small scale survey, so would the need to kill wildlife. Compensation is not as
effective at doing this likely because of reasons cited in literature, such as that it does not improve
perception of wildlife (Stier & Bishop 1981). With compensation, farmers still have to endure the stress
of losing crops, dealing with authorities to prove loss and obtain funds, whereas with preventative
measures this is inherently eliminated.
Taking into account a person’s self-efficacy and what factors they believe might prevent them
from taking part in wildlife conservation efforts is very important (Burton 2004). Perceived behavioral
control, where a person may feel that attaining a conservation goal is beyond their power, may be
especially true in the agricultural industry which is subject to what happens politically, economically, and
in the physical environment (Burton 2004).Perhaps unsurprisingly, farmers in this survey pointed to
monetary issues as the two biggest barriers to incorporating wildlife conservation into their practices. This
is reflective of the fact that farmers in general often find it problematic that they have to bear the cost of
helping sustain something that is considered a ‘public good’ (Ontario Soil & Crop Improvement
Association 2000). Ineffective crop damage prevention techniques, however, came as a close second. The
results for this survey points to a need in what was discussed in this paper: compensation programs that
incorporate preventative measures as well as results-oriented conservations scheme. A results-oriented
scheme would help address many of the barriers which farmers that participated in this survey found
highly problematic, such as paying for implementation expenses, lack of knowledge about wildlife needs,
lack of technical assistance, and community opposition (if a landscape approach is incorporated as well).
The fact that more than half of respondents agreed that finding ways of creating as many benefits
as possible from wildlife presence on the farm may indicate that the focus in Ontario on merely dealing
with damages is not the right, wholesome approach and is actually detrimental to the human-wildlife
relationship on farm. It can be detrimental both in that it moves focus away from truly pro-active
solutions and conditions farmers to continue seeing wildlife only for their downsides. This means that
more results-oriented conservation initiatives are needed that help provide ecological and hence
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productivity benefits on farms, as well as means of gaining economic benefits through tourism or other
creative means.
The fact that most respondents placed importance on the public’s acceptance on how problematic
wildlife are dealt with is important to note. The way in which agricultural land is used is influenced by a
variety of factors, which include the producer’s values, but societal values as well (Burger 2006).
However, a greater number of non-farmers prefer nonlethal control methods, whereas farmers tend to say
that they are open to any control method that gets the job done (Mcivor & Conover 1994). Hence, societal
values can be the force that positively influences human-wildlife impact management on crop farms,
given that the general public’s attitude has shifted towards animal welfare (Bruggers, Owens, & Hoffman
2002). All of this means that the public has a responsibility in what happens on the farm in terms of
treatment of wildlife, not just farmers. However to truly influence farmers’ management decisions the
public must be assertive and vocal about how wildlife are to be treated.
The fact that an equal number of respondents felt that the ability of crop farms in Canada to
support wildlife has diminished as those that did not is somewhat concerning. This is despite the fact that
a drastic decrease in habitat and habitat quality on farms has in fact been documented in Ontario and
Canada alike, and even globally (Federal-Provincial-Territorial Biodiversity Working Group 2012;
Javorek et al., 2007). These survey results may be capturing a certain level of disconnect between some
crop farmers in Ontario and their effects on wildlife and the environment, or perhaps these farmers are
simply in denial as a defense mechanism. Disconnect or denial can be detrimental to wildlife conservation
on the farm because if farmers do not acknowledge the negative effects they have on wildlife, than there
is less incentive for them to conserve wildlife as well. The problem must be truly acknowledged and
understood before it can be solved.
Although some farmers in this survey believed that wildlife and other environmental objectives
were of equal importance, the majority of respondents said that meeting the needs of wildlife were less
important. This is consistent with the fact that the majority of those that participate in the Environmental
Farm Plan prioritize soil and water health over wildlife habitat (Smithers & Furman 2003). This stems
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largely from the utilitarian view that farmers tend to hold towards wildlife; soil quality, for instance has
direct benefit to productivity whereas many wildlife species do not (Hegel, Gates & Eslinger 2009). This
points to a variety of needs such as focusing more on creating benefits from wildlife, both ecological and
economic, and creating results- oriented incentive programs that will help change attitudes by helping to
develop a value system in farming culture into which wildlife can finally fit in.
The fact that the majority of farmers in this survey acknowledged that farm management practices
played a major role in preventing crop damage from wildlife is a positive sign that, at least some farmers,
understand the power that they hold in preventing damage. It also points further to the fact that
compensation programs where preventative measures are a prerequisite can be useful. The farmers
surveyed already believe that they can prevent damage, now they need a helping hand from the
government to put this into action at full force. However the fact that one farmer thought it was
unimportant while another thought that it was not important at all may mean that there is a need for more
education and technical assistance to help address a knowledge/perspective gap.
Participants’ view of themselves as potential agents of change is also evident in the fact that they
said they are capable of contributing innovative impact management solutions to meet the needs of both
wildlife and farming. This reinforces the value of a results-oriented conservation approach which leaves
farmers plenty of room to be innovative and contribute to the preservation of species in an active and
more independent way. It is hence unsurprising that an overwhelming majority of respondants also felt
that it was extremely important for them to be able to participate in and influence wildlife related
government decisions. Clearly the farmers surveyed want to play an active role in wildlife conservation
and wildlife-related decisions that affect them as well.
The survey points to the fact that the government, by the standards of at least some farmers, has a
lot of work to do in helping prevent human-wildlife impacts as well as dealing with them when they
occur. The farmers in this survey who felt this way, largely desired for the solutions that were discussed
in this thesis. Payments/rewards for farm-based wildlife conservation, fencing, and compensation for
wildlife-related damages were all cited, as well as the need for authorities to actually actively engage in
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the issues facing farmers. For dealing with impacts, farmers actually largely pointed back to a need to
prevent them in the first place. These responses re-affirm the important role that results-oriented
conservation schemes and government support for damage prevention and compensation can play in
helping farmers better co-exist with wildlife. These are not merely theoretical, academic concepts; the
surveyed farmers actually want these things.
The fact that more opportunities to use lethal force against wildlife were brought up frequently
also reaffirms the frustration of farmers and the lack of alternative means of preventing impacts and
creating a scenario where wildlife can be of more value. To help farmers switch their thinking, multiple
actions need to be taken, as previously discussed. Damage needs to be prevented through government
supported preventative measures, damages must be compensated, a results-oriented scheme is needed to
help farmers value and conserve wildlife, a context-specific approach must be taken to deal with wildlife
and farms that are at the root of the problem, and non-lethal solutions must become available for when
there is little choice but to deal with problematic wildlife. Until these various measures are taken, farmers
will continue to rely on lethal force to deal with wildlife.
V. Results-oriented Wildlife Conservation Incentives for Ontario Crop Farmers
Damage to Wildlife by the Agricultural Industry
As the largest industry and land user, the agricultural sector affects wildlife at every level of
biological organization through physical, chemical, and biological disturbance (Burger et al., 2006;
Freemark 1995). Unsurprisingly, it has been consistently identified as a leading cause in biodiversity loss
all over the world (Mineau & McLaughlin 1996; Perlut, Strong, & Alexander 2011; Stonehouse 2004). In
Canada, agriculture takes up 7 per cent of the land which is home to 550 species of terrestrial vertebrates.
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In 2004, it also provided habitat to half of ‘at risk’ species in the country (Federal-Provincial-Territorial
Biodiversity Working Group 2012; Javorek et al., 2007). These agricultural landscapes are mosaics of
crops, hay, and grazing lands, which also include riparian areas, grasslands, wetlands, and woodlands
(Javorek et al., 2007).
Cropland, the type of land cover dominating agricultural fields, rank lowest in biodiversity and
can only meet the needs of 13 per cent of wildlife, whereas natural lands can meet all breeding and
feeding needs for 75 per cent of wildlife (Federal-Provincial-Territorial Biodiversity Working Group
2012). Between 1986 and 2006, the ability of farms to provide habitat for wildlife dropped dramatically
throughout the country and the amount of space taken up by crops went up from 46 to 53 per cent
(Federal-Provincial-Territorial Biodiversity Working Group 2012). Between 1981 and 2001, habitat
capacity saw a drop by an entire 94 per cent on Ontario farms alone (Javorek et al., 2007). Part of the
problem is that food production now relies on heavy chemicals like acutely toxic pesticides, fast growing
crops that can be harvested earlier (thereby killing nesting birds), and has become increasingly
mechanized (Boutin, Freemark & Kirk 1999; Freemark 1995; Freemark & Kirk 2001; Mineau &
McLaughlin 1996; Perlut, Strong & Alexander 2011).
Wildlife are an integral part of nature and preservation of biodiversity, but many species are also
essential for farm productivity as well. There have been many studies that demonstrated that birds
significantly reduce insect pest numbers on farmland (Jobin, Choiniere & Belanger 2001). They do this
by creating longer-term depressions in insect populations, thereby reducing the need for pesticides. For
example, woodpeckers (Picidae) have reduced populations of European corn borer (Ostrinia nubilalis)
larvae and codling moths (Cydia pomonella) in orchard, cut-worms (Agrotis spp.) in cereal crops, and can
have a huge impact on grasshopper (Caelifera) populations (Mineau & McLaughlin 1996). The benefits
of woodpeckers alone are economically significant within intensive agricultural landscapes (Mineau &
McLaughlin 1996). In Ontario, the survival rate of European corn borer larvae was diminished by half in
crop fields that American crows (Corvus brachyrhynchos) were allowed to frequent in, in comparison to
fields where they were excluded (Jobin, Choiniere & Belanger 2001). Burrowing owls (Athene
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cunicularia) that nested near farmland in California where rodents numbers were low were found to
depend almost entirely on invertebrates for food, meaning that they kept both rodent and insect
populations in check (Wossink et al., 1999). However, birds can only function as pest control if they have
enough habitat to sustain their own populations (Mineau & McLaughlin 1996).
Financial Support for Farm-based Wildlife Stewardship
The Strategy for Preventing and Managing Human-Wildlife Conflicts in Ontario states that, ‘the
people of Ontario recognize that wildlife has intrinsic, ecological, economic, social and cultural values’
and that, ‘Ontarians desire healthy and sustainable wildlife populations’ (Ontario Ministry of Natural
Resources 2008).There are many actions that farmers can take to incorporate the needs of wildlife into
their operations, such as: planting hedgerows, shelter beds, and fencerows, buffering riparian areas,
practicing conservation tillage, as well as intercropping with trees (Freemark 1995; Hess & Bay 2000;
Javorek et al., 2007; Moulton, Brady & Belthoff 2006; Thevathasan & Gordon 2004). These practices not
only benefit wildlife, but also improve farm health and productivity (see ‘check list’ on next page).
Indeed, the future of wildlife is in the hands of private landowners; in Southern Ontario, for instance,
most species that are at risk rely on privately owned properties (Burger 2006; Environmental
Commissioner of Ontario 2009). The conservation of wildlife will depend on how well conservation
practices are integrated into current production methods (Burger et al., 2006).
If a farmer takes actions to conserve wildlife, they have to bear the costs. However, their actions
benefit society at large (Burger 2006).The purpose of agri-environmental schemes (AES) is to balance the
needs of farmers along with the needs of ecosystems, including wildlife and their habitats, by providing
monetary incentives for on-farm conservation measurse. These policies take one of two approaches: the
wildlife friendly farming approach or land-sparing (Kleijn & Sutherland 2003). The former reduces the
intensity at which production occurs and strives to boost heterogeneity in the land, while the latter allows
for the continuation of intensive farming and homogenization to bring in the maximum amount of yield,
but leaves islands and corridors for wildlife use. These schemes can be found in various countries,
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including the US and Europe (Kleijn & Sutherland 2003). Ontario’s Biodiversity Strategy (2005)
acknowledges that, ‘Well-designed incentive programs to support biodiversity conservation and the
How Exactly Do Conservation Measures that Benefit Wildlife Help Farmers?
Planting cover crops during the winter, for example, reduces soil erosion that occurs due to runoff and wind and absorbs excess nutrients that are released later and benefit the growth of the next crop. Moreover, the contamination and sedimentation of surface water is reduced, while the danger of groundwater contamination due to leaching of fertilizers is also reduced. This, in turn, creates a positive feedback loop as well where natural habitats like wetlands and riparian areas are kept pristine for the benefit of wildlife (Eastern Canada Soil and Water Conservation Centre n.d.).
When it comes to conservation tillage, not only does it provide small mammals and birds refuge and a food source from cereal and
weeds, but it also helps store soil moisture, increase SOM, better water infiltration, and boost soil biodiversity, all of which help boost crop growth as well (Eastern Canada Soil and Water Conservation Centre n.d.).
Intercropping with trees has been shown to not only boost biodiversity by increasing bird and insect biodiversity, but it also increases
soil organic carbon content and earthworms which improve soil health, reduce the need to use fertilizers, and improve N-cycling. It has been shown to be highly successful in Southern Ontario and there are 57 million ha of land in Canada that is marginal or degraded, but is suitable for agroforestry (Thevathasan & Gordon 2004).
The planting field margins with trees not only provides habitat for wildlife, but also serves as a windbreak to reduce windblown soil erosion and has been a frequently employed in southern Quebec where between 1989 and 1994 alone, 2500 km were planted (Jobin, Choiniere & Belanger 2001). Windbreaks began to be planted in the Great Plain region after the Dust Boal of the 1930’s, and they have become an important tool where there is a lack of woodland. In Nebraska for example, trees cover only 2% of the land, and 25% of those trees were planted as windbreaks (Hess & Bay 2000).
Wetlands and waterfowl habitat are able to generate ecological services such as flood control and improvement of water quality. In
California’s Central Valley, farmers and waterfowl interest groups collaborated to create wintering habitat for the birds, which in turn created weed control and improved air quality. The city of Boston too over 5, 000 acres of wetland in one watershed to save $100 million for constructing flood control, while New York City purchased many thousands more to protect water quality and avoid the construction of water treatment plants (Environment Canada 2005).
Crop rotations help increase crop yields, diminish soil erosion, benefit soil structure, control pest populations, and boost helpful micro-organisms in soil. In turn, this also reduces input costs by requiring less fertilizers and pesticides (Eastern Canada Soil and Water Conservation Centre n.d.).
Land that may not be useful to farms can become of use to wildlife, too. Not all agricultural land is able to produce yields effectively. This
can be caused by a variety of reasons such as slope, water retention, light, and soil texture. Land that is marginally productive, continuously brings forth yields that are below average and provide low gross margins over time. They tend to be very erodible and sit next to bodies of water, forest, wetlands or other features that are important for environmental and wildlife health. These same features are able to provide both habitat/environmental benefits as well as benefits to agriculture (Brethour, Mussell & Stiefelmeyer 2001). One study suggests that lands where gross margins are less than the fixed cost, an agricultural land should be retired for conservation purposes. Out of the 5 fields they studied, 3 fields had a lot of areas that met this criteria for retirement. By retiring such lands, wildlife obtain benefits due to increased habitat, but the farmer benefits as well from improved environmental quality in and around their farm and cost saving from not having to spend money of growing where returns are below par (Brethour, Mussell & Stiefelmeyer 2001).
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sustainable use of biological resources are important tools on private property and can be supported by
legislation when necessary’ (Ontario Ministry of Natural Resources 2005).
In Ontario there are a variety of incentive schemes that farmers can tap into. These include both
the wildlife friendly and land sparing approaches and utilize monetary incentives in the form of cost-share
and tax savings. These schemes include the Species at Risk Stewardship Fund, Species at Risk Farm
Incentive Program, Grassland Habitat Incentive Program, Conservation Land Tax Incentive Program, and
the Managed Forest Tax Incentive Program (Environmental Commissioner of Ontario 2009; Ontario
Ministry of Natural Resources 2010; Ontario Soil & Crop Improvement Association 2013b). The most
versatile and widely accommodating, as well as agriculture-specific, is the Canada-Ontario
Environmental Farm Plan (EFP). The Environmental Farm Plan is a cost-share program that helps
farmers implement a large variety of best management practices (Ontario Federation of Agriculture 2009;
Ontario Ministry of Agriculture, Food and Rural Affairs 2013).
The Failure of Conservation Incentives
Attitudes, and by extension cultures of farmers, have not always become more favorable towards
conservation, at least in the European Union (Burton & Paragahawewa 2011). This is despite having
spent billions of dollars on agri-environmental schemes (de Snoo et al., 2013). In one study, there was
little variation between how much participants of the Environmental Protection Scheme in Ireland valued
conservation versus those who had not participated (Aughney & Gormally 2002). In the United Kingdom,
a study showed that positive attitudes of farmers influenced their decision to participate in agri-
environmental schemes, but there was almost no evidence to show that the program itself did anything to
change their attitudes through participation. Agri-environmental programs have helped some farmers
improve their thinking, but they have generally not changed thinking on a broad, cultural scale
(Macdonald & Johnson 2000). For example, in Austria, it was found that although farmer’s attitudes were
reportedly improving towards conservation, their actual desire for ‘tidy landscapes,’ which are not
conducive to conservation, remained strong (Schmitzberger et al., 2005). This production oriented
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mentality was also impeding farmers’ ability to actually boost biodiversity through voluntary agreements
in the Netherlands (Kleijn et al., 2004).
The Importance of Cultural and Social Capital
The best approach to incorporating conservation into farm management is by turning it into a
‘societal moral.’ In other words, conservation must become a social norm that can be passed down from
generation to generation (de Snoo et al., 2013). Incentives must create a cultural shift towards valuing
environmental stewardship, otherwise, conservation will cease when a particular legislation or contract
comes to an end (Burton, Kuczera & Schwarz 2008; de Snoo et al., 2013). Therefore, understanding the
psychology of farmers and the ‘social processes’ underlying conservation work should be key in how
incentives are designed (de Snoo et al., 2013). Farmers simply cannot be removed from their social and
cultural contexts (Burton 2004; Fehr & Falk 2002). In fact, there is a broader array of capital, beyond
merely the money that is emphasized by current incentive programs, that is of value to farmers. These
stem precisely from farmers’ social and cultural contexts and are appropriately termed social and cultural
capital (Burton, Kuczera & Schwarz 2008).
For a farmer, embodied cultural capital is developed by performing their day to day activities and
becomes apparent in the level of skill that they possess (Burton, Kuczera & Schwarz 2008). To transmit
it, ‘identical categories of perception and appreciation’ are used. Embodied skills can be identified and
rewarded with other types of capital, like social capital (i.e. increased status in the community) (Burton,
Kuczera & Schwarz 2008). Hence, in order for a farming activity to transmit embodied cultural capital, it
has to require a certain skill set so that good and bad performance can be differentiated, the skill level has
to be evident in the outcome of that activity, and lastly the outwards signs of this skill have to be visible
to others within the community (Burton, Kuczera & Schwarz 2008).
The importance of cultural and social capital cannot be understated; it helps shape the very
perspectives, attitudes, and by extension actions of farmers, and distinguishes them from the rest of
society. For instance, industrial agricultural landscapes have been consistently rated as least appealing by
society, transcending both urban/rural dichotomies as well as cultures. However, they are consistently
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rated as most attractive by farmers (Burton 2004). Similarly, while natural or semi-natural landscapes are
preferred by most, farmers find these visually least appealing. This is because at every stage of farming,
farmers are able to see the level of skill (and associated cultural capital) that other farmers possess
through various visual cues, cues that non-farmers cannot detect (Burton 2004). For example, in ploughed
landscapes, lack of straw indicates the soil has been turned properly while perfectly parallel furrows
indicate that the tractor work has been done correctly. When crops first emerge, it becomes evident how
well a farmer has mastered drilling machinery. When the crops have matured, high plant densities and
even tramlines demonstrate skill (Burton 2004).
How Have Conservation Incentives Blocked Cultural and Social Capital Development?
The focus in agri-environmental schemes has been on economic capital, or in other words the
purchasing of environmental behavior, because monetary exchange is unambiguous, immediate, and
transparent (Burton, Kuczera & Schwarz 2008). This has made embodied cultural capital, which has
largely symbolic value, overlooked. However, the ‘development of systems of symbolic capital
generation and transfer’ is crucial if conservation is to become truly meaningful for farmers (Burton,
Kuczera & Schwarz 2008). To date most conservation incentive programs have not done so, and in fact
have been counterproductive to this purpose.
Farmers’ reverence for tidy landscapes stand as a barrier to on-farm conservation, which the ‘set-
aside’ type of agri-environmental scheme have not taken into consideration. Although agri-environmental
schemes landscapes are visible, their quality cannot be read by merely driving by (e.g. number of nesting
sites of birds) (Burton 2004). Instead, they simply appear messy and their quality is indistinguishable.
Even from close up, most farmers do not have the ecological background, nor have agri-environmental
schemes developed this type of knowledge, to understand the quality of the habitat (Burton 2004). When
farmers set aside land through agri-environmental schemes for conservation, they do not feel a personal
responsibility for it; essentially, it becomes disowned. Consequently, focus on the rest of the farming
operation increases to boost production and gain more ‘productivist symbolic capital’ (Burton, Kuczera &
Schwarz 2008; Burton & Paragahawewa 2011).
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There are many other barriers to instilling a conservation value in farmers as well. Particular
conditions that farmer must comply with are laid out for them, so development and demonstration of
skills becomes blocked. Farmers have no need or reason to communicate, so they can’t build tacit
conservation knowledge, either (Burton & Paragahawewa 2011). Although some skill is involved in
implementing the agri-environmental scheme, there may be no way for the farmer to display it after the
conservation project is established, making it static, unlike cropping which is done seasonally and enables
the display of skills and improvements every year (Burton & Paragahawewa 2011). Farming activities
help to define the identity of the farmers, but agri-environmental schemes remove the line between farmer
and non-farmer because pretty much anybody can do it. When the skill is removed out of managing the
land, the farmer loses ‘identity-enhancing behavior,’ creating a social cost (Burton, Kuczera, & Schwarz
2008).
When an AES provides a payment based on the production process, this eliminates the chance for
the farmer to show entrepreneurship and innovation in conservation work. The farming industry changes
rapidly (new technologies, diseases etc) and is highly competitive, so being able to respond quickly and
adapt is valued. Studies have shown that innovation, although valued based on its economic benefits,
actually boosts status (Burton, Kuczera & Schwarz 2008). As well, farmers are known to constantly
compare the quality of their work against that of their peers, and agri-environmental schemes offer no
chance to gain advantages (Burton 2004; Burton, Kuczera & Schwarz 2008; de Snoo et al., 2013).
The bottom line is that agri-environmental schemes are failing at creating a farming culture that
finds real value in conservation work that is so important for wildlife and their habitats. If the
conservation-based activities and uses of land don’t create symbolic/embodied cultural capital, or worse
yet create a significant loss in it, than financial compensation serves as a loss as well and cannot embed in
the social fabric. Programs that allow farmers to voluntarily do conservation work are needed, but they
require a different approach (Burton, Kuczera & Schwarz 2008).
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One Possible Solution: A Results-oriented Approach
One of the main ways that conservation incentive schemes can be improved is by having them
take a pay-by-results approach (de Snoo et al., 2013; Toombs & Roberts 2009). In Europe, results-
oriented incentive approaches are gaining popularity, but so far relatively few have been undertaken and
focus on preserving biodiverse meadows or particular animal species (Burton & Schwarz 2013). In this
approach, farmers only get funds if they meet certain conservation targets, rather than based on how well
they stick to a management plan (Burton & Paragahawewa 2011; de Snoo et al., 2013; Toombs & Roberts
2009). Essentially, the same kind of ‘productivist social symbolic exchanges’ that farmers already have in
their cultures are cultivated (Burton & Paragahawewa 2011). In turn, this makes conservation more
valuable for farmers, it becomes integrated into their cultural fabric, and benefits for the environment and
wildlife are enhanced:
• A knowledge culture revolving around agri-environmental goods would begin to develop because
farmers would be forced to understand the outcome of their farm management practices (Burton
& Paragahawewa 2011).
• The results-oriented approach allows farmers to fully engage so that they can better understand
the symbols that demonstrate good conservation work and the skills needed to achieve this,
making it relevant and interesting to them (Burton, Kuczera & Schwarz 2008). Hence, the
‘roadside’ issue can be overcome; farmers will have a reason to get out of their cars and tractors
to evaluate conservation efforts.
• Benchmarking instruments makes the farmer mindful of their own level of success because they
can gauge their skills by tangible indicators. Additionally, it gives them a means of comparing
their work to others and hence creates pressure to do better to keep up with their peers, which
requires the sharing of information and experiences (de Snoo et al., 2013).
• At first, farmers will have limited knowledge on how to produce wildlife. However, in time their
understanding would increase and they would have a higher level of skill in producing
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environmental goods, comparable to their ability to excel in conventional crop production
(Burton & Schwarz 2013). Because environmental goods become viewed similarly to the
products that farmers already produce, meeting environmental goals is better integrated into the
farm objective as a whole. Some results oriented schemes have created an obvious increase in
farmers’ interest in nature which is likely attributed to this (Burton & Schwarz 2013).
• A result oriented approach not only promotes innovation, but also allows farmers to innovate in a
way that is context specific, highly specified, and diverse, so that environmental improvements
are reached to a maximum (Burton & Schwarz 2013). Farmers will also be more inclined to pick
lands that will produce the best results to begin with; when given a choice farmers tend to manage
farm margins and hedgerows for conservation purposes, even if this may not be the best approach
in terms of results (Burton & Schwarz 2013). It pushes them to take a whole farm approach,
which researchers suggest is most effective. Ultimately, the entire incentive scheme is more
effective and there is a tighter link between the payment and the outcome (Burton & Schwarz
2013).
• Money is used more effectively because payments go towards actual results. In Europe, some
results oriented schemes have demonstrated cost reduction. Competitive auctions, where contracts
are given to farmers that produce the highest results for the lowest costs can help facilitate this
(Burton & Schwarz 2013).
• A results oriented approach may also help boost support for incentive schemes from the public.
The amount of environmental services that the farmer creates can be communicated and the effort
that goes into the conservation work cannot be brushed off as simply meeting regulations (Burton
& Schwarz 2013).
• As well, by making conservation knowledge important, a unifying goal is created between
farmers and conservationists, and cooperation with conservationists becomes advantageous
(Burton & Schwarz 2013; de Snoo et al., 2013).
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• A positive change in behaviors can be further facilitated by giving feedback to farmers regarding
their work and providing a means of committing to environmental improvement publicly (de
Snoo et al., 2013). Cultural and social capital can be further facilitated by having awards for
farmers that accomplish the highest level of conservation or by having formal certification where
high and low achievements become distinguished (Burton & Paragahawewa 2011).
Risks of the Results-oriented Approach
So far the results-oriented approach has had ecological benefits and farmers have responded very
positively to them. It should still be noted that because these programs have run for short periods of time
and have had many elements of merely requirement-oriented approaches, it has been challenging to truly
tell the ecological outcome of these schemes (Burton & Schwarz 2013). Risks are present and need to be
understood. For example, in a results-oriented approach, the outcome of a farmer’s work depends on
factors that they may not have control over such as climate, the actions of neighboring farms, and of
species breeding, feeding, as well as migration. As well, if a particular scheme has a small number of
thresholds that it uses to determine payments, a farmer might put in more than they can get compensated
for (Burton & Schwarz 2013).
Certainly, there are challenges to developing such schemes. Farmers would need to be prevented
from managing their farms in ways that favors particular indicator species at the expense of other
elements necessary for conservation. Additionally, being able to actually identify indicators and matching
them with the right amount of payment would be challenging. Monitoring has associated costs, too. There
will be potential for people to free ride since farms are interconnected and short term environmental
benefits might have to be traded for long term gains. Lastly, due to increasing corporatism in the
agricultural sector in more developed countries, behavior is becoming more driven by the cultures of
consumers and shareholders (Burton & Paragahawewa 2011).
Reducing the Risks
On the flip side, result-oriented schemes also reduce risks! For instance, a farmer can decide
whether the possible loss of their income outweighs the possible income that they may receive from the
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scheme (Burton & Schwarz 2013). In one study, a third of all respondents wanted a fully results-oriented
scheme for the purposes of retaining their freedom to make choices, while only 7 per cent desired a rigid
scheme where payments were secured. This study also showed that from the 27 per cent of respondents
that did not succeed in meeting the specified numbers of target species, only 13 per cent indicated that
they were negatively affected by things that were not in their control and only 5 per cent indicated that
their willingness to participate in the project was reduced. Hence, risk was not a major deciding factor in
participation (Matzdorf & Lorenz 2010). It should be noted that risk goes down as farmers engage in
incentive schemes, since they build experience and skills and form new, helpful relationships with other
farmers and conservationists. In existing results oriented schemes, it was noted by researchers that
farmers showed an increase in skills over time (Burton & Schwarz 2013). As well, being independent
and innovative and hence overcoming risk, in an industry that is full of it, has become an important part
of farmers identity. So, removing all risks actually reduces the ability of a scheme to slowly incorporate
conservation into a farmer’s definition of ‘good farming’ (Burton & Schwarz 2013).
Where need be, risk can in fact be reduced in a variety of ways. For example, providing a base
payment that compensates the work and money a farmer put into conservation work, while also offering
an extra payment for meeting certain target goals, is one option (Burton & Schwarz 2013). Another
avenue is creating multiple performance indicators so that if a certain indicator isn’t met, there are others
to fall back on (Burton & Schwarz 2013). When it comes to monitoring, studies have shown that farmers
are capable of conducting ‘floristic inventories by themselves and to rank their grassland sites according
to the quality-levels of ecological goods.’ One study found that, after farmers participated in an education
program, they were capable of identifying various species with little error (Burton & Schwarz 2013). This
means that farmers can play a huge role in monitoring. Lastly, as conservation begins to hold real value
for farmers, free-riders will begin to lose cultural capital which will serve as a deterrent (Burton &
Paragahawewa 2011).
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Results-Oriented Approach + The Landscape Approach
Wildlife and their ecosystems are affected by the structure and composition of the land at a
greater spatial scale as well, so conservation has to extend beyond the individual farm (Burger 2006;
Freemark 1995). A results oriented approach can be integrated into agri-environmental schemes that work
on a landscape scale. For example, indicator species that cross field boundaries can be used to determine
payment levels. They would also be perceived positively because neighbors would correlate them with
income. Over time, those that don’t engage in conservation schemes would be seen as freeloaders,
pushing more farmers to engage in conservation (Burton, Kuczera & Schwarz 2008; Burton & Schwarz
2013). In other words, free riders in the farming community would lose cultural and social capital (Burton
& Paragahawewa 2011). In one study, however, community based schemes proved to be unfavorable to
many farmers (mostly for reasons having to do with other farmers, such as the belief that they would not
support community based initiatives, differing management practices, and lack of cooperation). Despite
this, the study also showed that farmers may be open to them if they are flexible, allow farmers to engage
in scheme design, are tailored for the community and have clear objectives, and have clear benefits that
can be tracked to create a record of success (Emery & Franks 2012).
The Failure of the Ontario Environmental Farm Plan without the Results-Oriented Approach
Since the Environmental Farm Plan is the leading agri-environmental scheme available to Ontario
farmers, the rest of this section will assess its potential from a results-oriented approach perspective. The
Environmental Farm Plan is conducted in other provinces as well (Atari et al., 2009). It is supposed to
create not only a change in behavior, but a change in attitude towards conservation (Klupfel 2000). It has
been hailed as a success by some and 90 per cent of respondents in Ontario expressed that participation
boosted their environmental awareness (Klupfel 2000; Smithers & Furman 2003). However, it does not
seem to have created real shift in farmers values towards conservation and wildlife.
In Nova Scotia, for instance, 85 per cent of respondents indicated that promoting and publicizing
farm stewardship was the number one reason for participation in the Environmental Farm Plan, 66 per
cent said that it was to better their relationships with non-farming neighbors, while 62 per cent reported
34
that it was to increase their compliance with environment based regulations (Atari et al., 2009).
Interestingly, reducing the farms environmental risk was ranked lowest; no respondents indicated it was
extremely important or very important as to why they participated. This is despite the fact that the
Environmental Farm Plan is promoted as a means of reducing environmental risks (Atari et al., 2009). In
Ontario, Environmental Farm Plan participants prioritized soil degradation and water contamination. For
example, out of 107 respondents, 54 per cent felt that soil management had major importance and 13 per
cent thought it had minor importance. In contrast, out of 102 respondents, only 17 per cent thought that
wildlife and natural areas had major importance and 41 per cent thought it had minor importance
(Smithers & Furman 2003).
This is reflected in the fact that between 1993 and 2002, wetland and wildlife pond conservation
made up 1 per cent of all Environmental Farm Plan activities, while woodlands and wildlife conservation
constituted 1.5 per cent (Robinson 2006). Since the farmer self-evaluates the environmental risks on the
farm, 55 per cent of farmers that participated in the Environmental Farm Plan said that they did not do an
evaluation for their whole farming operation, 78 per cent of which indicated that they focused on areas
that they felt were a problem (Robinson 2006; Smithers & Furman 2003).Clearly farmers choices are
reflecting their pre-existing values, that, unfortunately, often do not encompass wildlife.
The fact that farmers are valuing soil and water conservation more than wildlife and habitats can
be attributed to the fact that a lot of attention has been paid to these issues in society and soil quality plays
an important role in a farm’s productivity (Smithers and Furman 2003). Additionally, livestock farmers
have participated more in the Environmental Farm Plan than crop farmers, which can be attributed to the
negative press their industry has gotten in terms of water pollution, especially after the Walkerton
contamination (Atari et al., 2009; Robinson 2006). Farmers are coming in with an existing bias, but the
Environmental Farm Plan is doing nothing to change it.
Improvement in the Ontario Environmental Farm Plan Through the Results-Oriented Approach
Essentially, the Environmental Farm Plan has been turned to as a public relations improvement
tool (Atari et al., 2009). A results-oriented approach, however, would mandate a certain level of
35
improvement to the environment and wildlife, rather than merely requiring a process that may or may not
be utilized for true conservation purposes. This, in turn, would necessitate a monitoring system, which
currently does not exist (Atari et al., 2009). As outlined previously, the results oriented approach fits
better into ‘productivist social symbolic exchanges,’ hence making wildlife conservation more valuable to
farmers, and allowing for meaningful and effective innovation, knowledge, and partnership building for
the purpose of successfully producing environmental goods.
The fact that Environmental Farm Plan programs have no monitoring mechanisms delegitimizes
their claims of stewardship (Atari et al., 2009; Robinson 2006). In 1998, the Ontario Soil and Crop
Improvement Association determined that a variety of actions undertaken by farmers through the
Environmental Farm Plan likely benefit wildlife. However, this was merely assumed (Robinson 2006). A
results-oriented approach would help resolve this issue, while helping to improve the environmental
outcomes of the Environmental Farm Plan by providing a means of feedback to farmers to facilitate
learning and improvement.
In some ways, the Environmental Farm Plan already has some of the characteristics of the results-
oriented approach when it comes to farmer participation. Altogether, in North America, Europe, and
Ontario, conservation initiatives have come about in a top-down manner (Smithers & Furman 2003). The
Environmental Farm Plan, however, was developed by farmers and their communities through
involvement in the Ontario Farm Environmental Coalition (Ontario Ministry of Agriculture, Food and
Rural Affairs 2013; Ontario Ministry of Natural Resources 2005; Smithers & Furman 2003). The farmer
is allowed a self-guided approach where they can make judgment calls. The farmer-led assessment
requires a manual that spans 23 different worksheets on various farm elements where a farmer answers
questions and uses a rating system for answers from 1-4 (1 being a significant problem). This assesses the
level of environmental risk involved in their operation. Guided by the ratings they compile, the farmer
puts together a farm action plan which receives final review by a local peer group, and technical
assistance, if required (Smither & Furman 2003). However, it is evident that because this participation is
36
occurring without a results-oriented approach, this kind of flexibility is actually allowing farmers to avoid
wildlife conservation as well as the whole-farm approach.
Although a results-oriented approach could help farmers develop care for wildlife, it may not do
so given the broad range of farm management practices that the Environmental Farm Plan allows a farmer
to choose from. It may be a better to create a separate program that focuses completely on wildlife
conservation objectives, perhaps as an offshoot of the Environmental Farm Plan (Smithers & Furman
2003). This, combined with a results oriented approach, would likely yield the best outcome for wildlife.
This is because conservation programs that do not have a statutory or program objective to specifically
protect wildlife often struggle to reach their maximum potential (Burger et al., 2006). Proof of this lies in
the United States’ 1985 Food Security Act with the provision of the Crop Reserve Program. Soil erosion
and commodity control were the goals; benefits to wildlife were expected, but not actually intentionally
planned. Consequently, selection of cover crops and management regimes were picked based on soil
erosion criteria. Through this, exotic forage grasses were planted by the millions of hectares and did little
for wildlife (Burger 2006). Even when wildlife were finally elevated to equal status to soil and water
conservation in the 1996 Farm Bill, in practice wildlife habitat conservation remained of lesser
importance; management options that could benefit wildlife habitat like prescribed fires but trade off
some soil erosion goals could lead to ‘noncompliance’ in an agri-environmental scheme, whereas soil
conservation measures that reduced the quality of wildlife habitat could not (Burger et al., 2006). If
farmers are coming in with their existing cultural conditioning, a results-oriented approach that leaves
room to pick and choose between meeting the results that merely reflect their cultural values will simply
reinforce biases.
Another issue that would need to be addressed in the agri-environmental scheme, or an offshoot
of it, is the lack of funding. Only 50 per cent of those that went through with remedial action actually
applied to get financial support through the program, which is likely a reflection of the modest amount of
money that is available (Smithers & Furman 2003). Both in Europe and in Canada, producers receive
much more financial support to produce food than they do environmental goods or services (Atari et al.,
37
2009). Farmers did not view the Environmental Farm Plan incentive as a significant motive for
participation; in 1999, the average sum given to those that reached the planning stage was $1279
(Robinson 2006). In fact, for every Environmental Farm Plan dollar, farmers spend 3-4 more dollars of
their own (Robinson 2006). Some farmers have indicated that more money would improve the scheme
and result in greater participation rates (Klupfel 2000; Robinson 2006). Clearly, if a results-oriented
Environmental Farm Plan or a wildlife-oriented off-shoot of it is not provided with more substantial
funding, then the incentive to get farmers involved to begin with may not be there.
Overall, the results-oriented approach holds great potential to incorporate cultural and social
capital that is so vital to integrating wildlife and conservation values into farming. The focus on monetary
capital promised by Ontario –based incentive schemes and elsewhere, without taking the cultures,
perspectives, and needs of farmers into consideration, is preventing farmers from truly caring for wildlife.
This is demonstrated through the Environmental Farm Plan and its failure to benefit habitats. However,
this could be remediated through the results-oriented approach which helps farmers gain social and
cultural capital as well as monetary funds and facilitating conservation knowledge, innovation,
partnerships, and generally making wildlife conservation more relevant to them.
VI. Compensation for Wildlife-Related Crop Damage
Wildlife Damage to Ontario Crops
In Ontario, farmers have expressed concern over the economic impacts of wildlife in some parts
of the province (Ontario Ministry of Natural Resources 2008). The species that cause the most damage for
Ontario crop farmers are deer, a variety of wild birds, wild turkeys, Canada geese, raccoons, as well as
mice, voles and rabbits (Fitzgerald 2013). From 1998 to 2007 the damages caused by wildlife to Ontario
38
crops has gone up by 20 per cent (Mussel & Schmidt 2009). In 1998, wildlife related damages equated to
$41 million whereas the Ontario Fruit and Vegetable Growers Association reported losses of $46, 923,
075/year collectively for 7 commodity groups in 2012 (Fitzgerald 2012; Ontario Soil and Crop
Improvement Association 2000). Collectively, Ontario farmers spend $7.5 million on abatement measures
every year (Mussel & Schmidt 2009). Damage levels and abatement practices, however, are not
distributed evenly among commodity groups (Ontario Soil and Crop Improvement Association 2000).
Wildlife become ‘pests’ because modern agriculture consists of, from the perspective of wildlife,
huge areas of uninterrupted feed. It has been reported that damage to crops from birds is actually highest
where the diversity of crops and landscape are at their lowest because birds don’t have alternative food
sources (Dickman 2010; Mineau & McLaughlin 1996). Additionally, damages by wildlife often become a
problem when population density patterns, habitat and forage selection, the arrangement and composition
of the landscape, and activity ranges of wildlife, as well as the choice of crops that are grown, are
completely disregarded (Hegel, Gate & Eslinger 2009). In this way, farmers actually inadvertently set up
a scenario where crops damages become a persisting issue. There are however other factors that are at
play as well, especially when it comes to the increases in damages that are occurring. For instance,
selected harvesting was introduced in the 1980s. This, coupled with warmer winters, have increased white
tailed deer populations in Ontario (Ontario Ministry of Natural Resources 2008b).
Wildlife Damage Compensation: A Popular Choice for Mitigating Financial Losses
Numerous courts have ruled that despite wildlife being publicly shared, the government is not
responsible for paying for damages that they cause (Wagner, Schmidt & Conover 1997). However,
wildlife damage compensation programs exist around the world for a variety of species (Bulte & Rondeau
2005). They are turned to when government management decisions increase wildlife-related damages or
if a species is of great value, among other reasons (Wagner, Schmidt & Conover 1997). Essentially,
compensation distributes the cost of wildlife conservation more evenly across society by paying for all or
a portion of farmers’ monetary losses associated with crop damage caused by wildlife (Schwerdtner &
Gruber 2007; Treves et al., 2009; Wagner, Schmidt, & Conover 1997). Its purpose is to support farmers
39
financially, while reducing the need to kill wildlife (especially those threatened and endangered) and
boost support for conservation (Bulte & Rondeau 2005; Muhly & Musiani 2009; Naughton-Treves,
Grossberg & Treves 2003;Treves et al., 2009; Wagner, Schmidt & Conover 1997). Compensation
programs can also remove the risks of injury to people by wildlife damage management tools such as
traps and pesticides (Wagner, Schmidt, & Conover 1997).
Several Canadian provinces, as well as many US states, compensate damages caused by wildlife
(Muhly & Musiani 2009; Rollins & Briggs 1996; Van Tassell, Phillips & Yang 1999; Wagner, Schmidt &
Conover 1997). Most programs that apply to crop farmers have revolved around compensating for
damages caused by ungulates, deer being most popular. Aside from damages that ungulates cause directly
to crops, some states and provinces include standing hay and pastures, stored hay, and certain property
damage such as to fencing or irrigation systems (Wagner, Schmidt, & Conover 1997).
There are two basic types of compensation methods. Ex-post compensation is compensation that is
provided when damage occurs. This is most frequently used in North America and Europe. Here, there is
a risk that damages can be exaggerated to get the most compensation possible. There is also compensation
‘in advance’ where payments are predetermined based on the statistics of consumption levels and the
number of potential predators in an area. The latter is better suited when damages are more evenly
distributed both in space and time (Schwerdtner & Gruber 2007).
The Lack of Compensation in Ontario
In Ontario, livestock producers have had the benefit of the Ontario Wildlife Damage
Compensation Program, whereas crop producers have not (Fitzgerald 2013b). This is despite the fact that
in Canada, 6 provinces include some level of crop damage compensation from wildlife (Fitzgerald
2013b). Instead, in Ontario, approximately 5 million acres of farmland is insured through Agricorp, made
possible under Agriculture and Agri-Food Canada’s Farm Income Protection Act (AgriCorp 2010;
Ontario Soil and Crop Association 2000). The insurance plan focuses on damage that can occur from
natural disasters as well as wildlife damage and allows for 80-90 percent maximum coverage (Ontario
Soil and Crop Association 2010). Unfortunately, not all commodities can be covered (Fitzgerald 2013b).
40
As well, damage from wildlife usually occurs sporadically in smaller amounts throughout a crop field;
loss is averaged for an entire acre so it’s rare that enough damage occurs all at once and can trigger a
claim. Worse yet, when wildlife damage results in consistently lower yields for a farmer, the coverage is
actually lowered (Ontario Soil and Crop Association 2000). In 1999, wildlife-related damage claims were
made by 0.4 per cent of field crop farmers, with zero claims for both fruit and vegetable farmers, and only
0.1 per cent of the total losses were gained back (Ontario Soil and Crop Association 2000).
On the other hand, the government has actually legislated wildlife damage compensation
programs for Ontario livestock farmers through the Protection of Livestock and Poultry from Dogs Act.
The act makes the municipality liable to repay the farmer for a certain amount of the loss (Protection of
Livestock and Poultry from Dogs Act 1990). The Ontario Wildlife Damage Compensation Program,
which stems from the repealed Livestock, Poultry, and Honey Bee Protection Act, provides compensation
for a variety of farm animals as well as to bee farmers. A farmer is compensated 100 per cent of their loss,
up to the maximum compensation limit (Ontario Ministry of Agriculture, Food and Rural Affairs 2011;
Regulatory Registry 2013). For instance, in 1998, compensation programs reimbursed about 21 per cent
of the entire wildlife-related damage for the beef industry with the average amount of losses that were
reimbursed to beef farmers standing at 52 per cent (Ontario Soil and Crop Association 2000). From
1997/1998 to 2007/2008 claims increased significantly (by 92 per cent for cattle farmers, for instance),
which was accommodated (Ontario Federation of Anglers and Hunter n.d.).
The Issues with Compensation
Although some successes have been associated with compensation schemes, as with wolf and
grizzly bear conservation in North America, in other places it has had mixed results (Bulte & Rondeau
2005). Compensation programs may actually reduce the desire of farmers to prevent damage from
wildlife in the first place (Bulte & Rondeau 2005; Rollins & Briggs 1996). Compensation may also make
cropping more profitable, increase migration to areas where it is offered, and make it worthwhile to
increase herds. From an environmental perspective, these consequences are counterproductive because
41
they require more space and can spur conversion of habitat to farmland (Bulte & Rondeau 2005).
Fraudulent claims may also become an issue (Bulte & Rondeau 2005; Dalmasso at al., 2012).
In Canada, perceptions of problematic wildlife have not improved where compensation has been
offered. Both full and partial compensation seems to have yielded the same unsatisfying effect on
perception (Stier & Bishop 1981). Studies have shown that, for example, despite compensation, tolerance
for wolves has not improved , especially among herders that are consistently affected (Dalmass et al.,
2012; Muhly & Musiani 2009; Naughton-Treves, Grossberg & Treves 2003). As well, not everyone has
been supportive of compensation schemes. Several US studies found that both farmers and non-farmers
largely disapproved of compensation in their surveys… hunting was the preferred means of dealing with
the damage issue (Wagner, Schmidt, & Conover 1997).
The technicalities of proving wildlife inflicted damages also creates a challenge. For crops,
damage can be even more difficult to identify than it is for domestic animals because tracks can be
blurred, non-distinct, and dissipate quickly (Pechacek et al., 2013; Schwerdtner & Gruber 2007). In
addition, effects from bears, for instance, can be challenging to quantify because patches of lost crop may
be scattered, requiring an aerial view. Meanwhile, the true cost of browsing deer is a major question all on
its own. This is because, for instance, damage often occurs on a continuous basis, limits the ability to
establish young replacement trees, and creates a need to re-prune older trees (Ontario Soil and Crop
Association 2000).
However, many of the concerns associated with compensation can be mitigated. More recently,
compensation programs, such as in British Columbia and Alberta, have been incorporating a behavioral
component where preventative measures are a mandatory prerequisite for recipients (Bulte & Rondeau
2005; Fitzgerald 2013b). Preventative measures on the part of the government, such as legislating the
protection of natural lands, can prevent farmers from expanding their operations (Bulte & Rondeau 2005).
It’s important to keep in mind that certain issues may be more prone to arise in developing countries,
where, for instance, poor administration and bureaucracy is prevalent (Bulte & Rondeau 2005). Helpful
42
tools such as the Ontario Wildlife Crop Damage and Livestock Predation Assessment Manual have now
been developed as well (Ontario Federation of Anglers and Hunter n.d.). Compensation is not
automatically a bad choice because of its challenges, but rather those creating compensation programs
need to be aware of them and take the necessary precautions.
The Issue of Funding
One of the biggest challenges with compensation is ensuring that it is sustainable long term
(Bulte & Rondeau 2005; Treves et al., 2009). Compensation is most effective at achieving its purposes
when it is provided generously (Pechacek et al., 2013). Damage costs can be both direct and indirect.
Direct damages, such as loss to crops, are easier to assess. Indirect costs are more difficult to assess, such
as emotional loss or time spent dealing with the issue. There are also costs that go into obtaining all of the
information necessary in order to be able to compensate, such as what was damaged and by what specie
(Schwerdtner & Gruber 2007). In Utah, for example, even though most farmers preferred
compensation/incentives to deal with wildlife damages, only 9 per cent of respondents were ever given
financial support (Messmer & Schroeder 1996). In some years compensation has only been given at less
than 25 per cent of market value (Wagner, Schmidt & Conover 1997). In Wyoming, claim payments that
are approved all too commonly are too great for the damage claim fund to be able to compensate fully
(Van Tassell, Phillips & Yang 1999). In Newfoundland, compensation programs were cancelled due to
budget cutbacks (Wagner, Schmidt & Conover 1997).
Establishing who should pay for funds is also necessary (Treves et al., 2009). Often, hunting
licenses are used to fund wildlife damage management programs (Messmer & Schroeder 1996; Rollins &
Briggs 1996; Wagner, Schmidt & Conover 1997). To wean off of hunting (see Section VII for further
details on this issue), creative alternatives are needed. The funds can come out of government pockets or
other sources can be tapped into, such as donors and interest groups (Treves et al., 2009). For example,
Defenders of Wildlife, an NGO, has had compensation programs against losses to livestock caused by
gray Wolfe in Idaho, Montana, Wyoming, Arizona and New Mexico (Wagner, Schmidt & Conover
43
1997). One interesting option is sponsoring. This is where a person/s pays for a farmer’s losses when an
animal causes damage in exchange for that animal to not be killed (Martínez-Espiñeira 2006).
Prevention First, Compensation Second
In order to reduce an over reliance on compensation schemes and the costs associated with them,
land owners need help getting their hands on resources to prevent damage in the first place (Wagner,
Schmidt & Conover 1997). Making preventative measures a requisite for compensation payments alone
may not be enough to motivate farmers to implement these measures. They can be costly, so separate
initiatives to subsidize them may be needed (Dalmasso et al., 2012; Pechacek et al., 2013; Wagner,
Schmidt & Conover 1997). In fact, in addition to compensation, Ontario crop farmers viewed subsidies
for preventative techniques as one of the four most effective ways of diminishing the wildlife related
losses on their farms (Ontario Soil and Crop Association 20000).
The Peidmont region of Northern Italy serves as a perfect example. There, the program focuses
on wolves and includes three components: compensating losses to livestock caused by wildlife,
subsidizing improved livestock husbandry practices, and pushing for farmers to implement preventative
measures against damage. Where the situation is chronic, a prevention promotion program connects
farmers with technicians to work side by side with them to meet specific farm needs (Dalmasso et al.,
2012). Numerous compensation programs administered in the U.S. require the agricultural producer must
have good agricultural practices to qualify for compensation as well (Wagner, Schmidt & Conover 1997).
In fact, some programs manage wildlife damage by providing agency consultation services, technical
assistance to directly help put in place abatement measures, and subsidies for preventative measures such
as fences and scaring devices (Yoder 2002; Rollins & Briggs 1996). In Canada, Alberta and B.C. offer
compensation under the stipulation that prevention practices are followed, and in Saskatchewan funding is
available for fencing (Fitzgerald 2013b). Prevention does not necessarily have to be paid for fully by the
government; in Wyoming it is cost shared between the land owner and the Wyoming Game and Fish
Department (Van Tassell, Phillips & Yang 1999).
44
The types of prevention measures that should be mandated vary. However, one important factor
that may currently not be receiving enough attention is the influence of field type and location on crop
predation. For example, in one study it was found that Moose damage to crops decreased with distance
from forested areas, increased with distance from roads, and was most associated with alfalfa and cereal
crops such as oats, wheat, and barley (Hegel, Gates & Eslinger 2009). Such information can be
incorporated into compensation requirements. For example, a farmer can only get compensation if they
choose not to plant highly palatable crops, far away from forested areas, and/or closer to roads.
Incorporating such information can help diminish conflicts and improve agricultural practices (Hegel,
Gates & Eslinger 2009).
Compensation: Best Practices
Compensation can become a source of conflict, further adding to the frustration that farmers feel
towards wildlife. It can be perceived as inadequate when a farmer is not compensated because wildlife
damage is not definitive, or when there are hidden losses that are not reimbursed (Muhly & Musiani
2009). Dissatisfaction has in fact been a problem. In Wyoming, 50 per cent of survey respondents
indicated they felt compensation payments were unfair and inequitable (Van Tassell, Phillips & Yang
1999). As well, if the responsible agency takes too much time in reimbursing farmers for their losses they
will be perceived as lacking care and concern for the farmer (Muhly & Musiani 2009; Pechacek et al.,
2013). Hence, it’s crucial that compensation programs prioritize timeliness, transparency, and equitable
distribution (Muhly & Musiani 2009; Pechacek et al., 2013). The development of appropriate
compensation and preventative programs must also require a participatory process where farmers and
associations that represent them help set rules for compensation and subsidies for good management
practices (Dalmasso at al., 2012; Treves et al., 2009).
Ontario Farmers Want Compensation
Despite the mixed reviews and challenges, Ontario crop farmers want compensation which is
demonstrated through their attempts to receive it. Through their surveys of farmers, the Ontario Soil and
Crop Association discovered that Ontario crop farmers viewed compensation as one of four most
45
effective means of diminishing the impact of wildlife, while the Ontario Fruit and Vegetable Growers
Association recognized that a province-wide compensation program to assist farmers in dealing with
wildlife damages needs to be taken into serious consideration for the province (Fitzgerald 2013b; Ontario
Soil and Crop Association 2000). In 2009, the Ontario Fruit and Vegetable Growers Association
delivered a letter to the provincial agricultural minister which asked that the Ontario Ministry of
Agriculture, Food and Rural Affairs help them develop a compensation structure for farmers that dealt
with crop losses from wildlife. The organization also supported the requests from the Ontario Federation
of Agriculture and other commodity groups when they too seeked a fair and effective compensation
program (Ontario Fruit and Vegetable Growers Association 2009).
Frustration over lack of compensation has also been articulated through popular media outlets
representing the Ontario farming community (Mann 2013). Due to the fact that damage from wildlife
increased for the majority of commodity groups from the late 90s to 2009, crop farmers are actually
desiring more compensation than they did a decade earlier (Mussel & Schmidt 2009). Although the
Ontario provincial government has acknowledged that a compensation program where severe wildlife
damage occurs needs to be explored further, it has yet to actually implement it (Ontario Ministry of
Natural Resources 2008b).
Ontario crop farmers aren’t the only ones; In Utah, 42 per cent of surveyed alfalfa growers
indicated that their most preferred program to manage wildlife related damage in their fields was
compensation and incentives (Messmer & Schroeder 1996). Even livestock farmers showed support for
financial compensation for those who lost farm animals to wolves (Naughton-Treves, Grossberg & Treves
2003). Some of the lack of preference for compensation found in academic journals may be do to the fact
that it often focuses on livestock farmers who have to see their animals suffer in the process, something
that compensation cannot erase (Naughton-Treves, Grossberg & Treves 2003; Wagner, Schmidt &
Conover 1997).
Whether or not some farmers are against it, it has been argued that compensation programs are
needed because they have come to be an expectation from the agricultural sector; removing or preventing
46
it can actually result in retaliation (Naughton-Treves, Grossberg, Treves 2003). Given that compensation
is provided to farmers in many countries and especially in numerous Canadian provinces, that Ontario
farmers have expressed such a strong desire for it, the reality that lack of compensation can actually cause
hostility, and perhaps most importantly, because preventative measures and improved farming practices
can become part of the stipulation, I believe that Ontario crop farmers should in fact be compensated. It
can be an important part in supporting farmers operations while also eliminating a need to kill wildlife.
However the importance of preventative requirements that should be in place alongside compensation
schemes simply cannot be understated; without it compensation is not sustainable nor is it proactive by
any means. Perhaps as a push to engage in wildlife conservation, farmers who want to be compensated
could also be required to participated in results-oriented conservation schemes.
VII. Putting Down the Guns
Hunting as the Prime Wildlife Management Tool in Ontario
In the last century, wildlife researchers and managers have taken up a philosophy that stresses the
need to improve habitats but also justifies and encourages lethal force for dealing with abundant
populations (Fall & Jackson 2002). The reliance on hunting to prevent damage and reduce human-wildlife
impacts is also evident in Ontario where the government has both created and expanded opportunities to
kill wildlife (Ontario Ministry of Natural Resources 2008). Today, there are many acts, policies,
management plans, and authorizations/permits that enable hunters, as well as farmers and other property
owners, to use lethal force against many species of wildlife (see Appendix C). In 1980, for instance, 10,
000 white tailed deer were killed, while by 2005 this number increased to 100, 000. This trend is evident
for many other species as well (Mussel & Schmidt 2009). The Ministry of Natural Resources, which
works with municipalities and other ministries to resolve wildlife issues and crop damage concerns, plays
47
a key role in how wildlife are managed and resides over regulated hunting (Mussel & Schmidt 2009;
Ontario Ministry of Natural Resources 2012).Animal welfare and some environmental groups, however,
believe authorities have an ‘unacceptable affinity for lethal solutions’ (Barnes, et al. 2006).
In educating farmers about what can be done to address nuisance wildlife, the Ontario Federation
of Agriculture is merely able to outline the laws that permit them to kill, capture, or harass animals
(Ontario Federation of Agriculture 2012). Although damage prevention techniques and their effectiveness
differ based on farm and commodities grown, hunting was rated by farmers as the number one tool to deal
with all nuisance species within all crop commodity groups (Ontario Soil and Crop Association 2000).
Since hunting is the easiest and prime tool permitted by the province to manage wildlife, farmers that are
not permitted to use this technique due to local rules and legislations express frustration (Ontario Soil and
Crop Association 2000). It is no wonder why 167 out of 230 eligible municipalities took up Sunday
hunting when it was legalized in 2008 (Mussel & Schmidt 2009).
Hunting: Less than Ideal
Hunting may not always be a viable solution for reducing human-wildlife impacts because of
restrictions in municipalities due to safety issues (Fall & Jackson 2002; Ontario Soil and Crop
Association 2000; Treves et al., 2006). Under the Planning Act, a municipality has the right to create
bylaws that disallow the use of firearms, bows, as well as traps (Ontario Soil and Crop Association 2000).
Approximately 11 per cent of farmers live in jurisdictions that have no-firearm discharge laws and 7 per
cent are forbidden from using bows and trapping. It’s important to note, however, that 30 per cent of
surveyed farmers did not know whether safety bylaws affected them (Ontario Soil and Crop Association
2000). In one study, for instance, participants that were neither hunters nor farmers, but desired a
reduction in a species like white tailed deer, had concerns about use of firearms (Lischka, Riley &
Rudolph 2008). The Fish and Wildlife Conservation Act, which permits hunting, also acknowledges the
issue of injuries caused by hunting rifles. Although the legislation forbids careless and dangerous
behaviors, no authority can truly prevent it (Fish and Wildlife Conservation Act 1997). For instance, six
48
people were accidentally shot during hunting activities within a matter of days at the beginning of
November 2013 (Canadian Broadcasting Corporation 2013).
Hunting is often less than ideal for other reasons as well. Due to the fact that hunting seasons are
regulated for many species, farmers are not always able to rely on this tactic when losses to wildlife are
most severe (Ontario Soil and Crop Association 2000). Some farmers have concerns about trespassing by
hunters (Lischka, Riley & Rudolph 2008; Ontario Soil and Crop Association 2000). Others worry about
liability issues, especially when someone else does the hunting on their behalf. There are also those that
simply don’t prefer this method. The costs of hunting are going up due to increased gun registration fees
and the price of non-toxic ammunition, while the number of people interested in hunting and trapping has
decreased (Ontario Soil and Crop Association 2000).
The Issue of Ethics
There is a strong case against the reliance of hunting (and other lethal force) for ethical reasons as
well. In the last few decades, the use of lethal methods of dealing with unwanted animals like predators
has become much less accepted (Martínez-Espiñeira 2006; Treves et al., 2006). A study showed that
when deciding on a damage management method, the public rated human safety as the most important
factor to be considered, followed by animal suffering. Non-lethal methods also consistently scored higher
than lethal methods as humane (Reiter, Brunson, & Schmidt 1999). Poison, for instance, an especially
cruel form of control for predator populations like coyotes, is seen least favorable by the public
(Martínez-Espiñeira 2006).
The animal welfare and rights movements have also had an impact (Fall & Jackson 2002).
Animal rights activists challenge the perspectives and approaches of wildlife managers and urge for a
more bio-centric approach, rather than a homocentric one. They argue that the focus on populations at the
disregard for the wellbeing of individuals is utterly wrong (Decker & Brown 1987). Clearly, people’s
perceptions have begun to change and hunting is often regarded as a stain on society’s ability to be
humane and progress forward (Fall and Jackson 2002; Ontario Soil and Crop Association 2000).
49
Ethical Issues: Beyond Just Animal Welfare
Hunting and hunting culture is highly controversial and interest in the social and cultural aspects
of it has begun to grow (Bye 2003). It has been analyzed from a variety of perspectives and linked to
issues of race, colonization, patriarchy, violence, and domination over animals and the environment.
Elbert, Weierstall & Schauer (2010), for example, make a link between the hunting of animals and other
people based on their studies of child soldiers in Uganda. They suggest that the hunting of members of
one’s own species was, in part, made possible by the ‘neurobiology of the hunting behavior in men’
(Elbert, Weierstall & Schauer 2010). In his analysis, Olson (2002) brings attention to the ‘power over the
victim’ dynamic in hunting, and draws some disturbing connections. He argues that there are formal
parallels between sport hunters, hate criminals, and stranger rapists in terms of how they construct their
prey/victims on a symbolic front and their relationship to these prey/victims (Olson 2002). These parallels
are as follows:
• An adversarial type relationship is constructed symbolically and instigated on a physical level
with the victim/prey class member whom did not give consent (Olson 2002).
• Victims/prey class members are perceived as interchangeable representatives of their class and in
an impersonal way and are selected in an opportunistic fashion (Olson 2002).
• The victim/prey is impersonalized and distanced while avoiding their full objectification,
reducing their perceived potency, or reducing the status that would result from conquering them
(Olson 2002).
• Lastly there is a ‘desire to physically assert – and take pleasure in exhibiting – dominance and
superior hierarchical status’ (Olson 2002).
There are two origins of violent behavior. The first is the reactive-impulsive form that is
associated with both men and women. Essentially, it is violence for self-defense (Elbert, Weierstall &
Schauer 2010). The other is the controlled-instrumental, also termed ‘appetitive aggression,’ which is
purposeful and goal oriented. Hunting falls under the latter, but the most alarming part is that the latter is
50
also associated with males and the placing of the self in the position of power over the victim (Elbert,
Weierstall & Schauer 2010). Hence, it is not wonder why hunting continues to be a male dominated
activity (Littefield 2010; Olson 2002).
Kalof and Fitzgerald (2003) have also made some disturbing connections through their research.
They examined images of animals in 14 popular magazines dedicated to hunting and found ‘extreme
objectification and marginalization of animal bodies’ and the reinforcing of gender and race stereotypes
(Kalof and Fitzgerald 2003). For instance, some women portrayed with dead animals had their minds on
things other than the trophy (clothing, appearance), many displays placed animal bodies beneath or
behind weapons, the majority of hunters in the images were white, women and men of color that appeared
in images with white hunters never held a gun whereas the white men did, and most black men were
displayed in assistant type roles for while male hunters (Kalof and Fitzgerald 2003). Their findings are
consistent with previous work that has shown that the hunting down and display of wild animals has
historical links to ‘the ideology of domination, patriarchy, and colonialism’ (Kalof and Fitzgerald 2003).
Indeed, feminists have provided some of the most heated criticisms of hunting and hunting
culture. Ecofeminism draws a link between the oppression of women and nature; the same social,
economic, and political hierarchies that have enabled domination and exploitation of the Earth and
animals have also enabled domination and exploitation over women (Littefield 2010). Although the
participation of women in hunting has increased, it remains a predominantly male sport (Olson 2002).
Olson (2002) asserts that hunting is a ‘way of defining, reinforcing, and extending traditional construction
of masculinity, gender roles, and power distribution’ (Olson 2002). In the words of Marks (1991), hunting
is important for men because it defines masculinity ‘in a world where the lines of demarcation between
the sexes are blurred and where the presumptions of male superiority are being questioned’ (Marks 1991).
Hunting is also linked particularly to masculinity in that it associated with meat. Historically, and in
modern culture especially, meat eating has been associated with hegemonic masculinity, something that is
evident in product advertising especially in the linking of beef to manliness (Rogers 2008). Hence meat
51
and the acquiring of meat symbolically links to men’s upper hand over non-human animals and hence
nature, as well as over women who are linked more with vegetarian type foods (Rogers 2008).
Hunting is often depicted as an instinctual necessity to be intimate with nature and has even been
compared to a man’s sexual pursuit (Kheel 1996; Olson 2002). However, any act that is based on
domination and control over the weaker (especially someone that did not or is unable to give consent),
cannot be justified (Kheel 1996). It is interesting to note why a violent form, a false intimacy, would be
sought with nature. It has been observed that as boys grow up, they are conditioned to find their own
identity which includes not only distinguishing themselves from girls but also in opposition to the rest of
the natural world (Kheel 1996). To attain intimacy with nature in a way that truly brings nature and man
together would mean letting go of some of the identity that has been formed, hence hunting is a way to
retain masculine identity while striving to connect with nature. However, if hunters were really becoming
connected to nature, than they would feel the fear and pain of the animals that they were hunting (Kheel
1996).
Many of the connections made by academics and described in the previous paragraphs, such as of
male dominance over women, race, and nature, as well as its connection to violence, are evident even in
Canada’s fairly recent history. Prior to the Great War in English Canada, imperialism spurred growth in
the interest in hunting. Those that advocated rifle shooting believed it to be valuable in turning boys into
‘ideal British men’ (Brown 2012). This, in turn, was connected to militarism, as hunting was also seen as
ideal training for the ‘manly game of war.’ Additionally, hunting was seen as ‘a mark of the fitness of the
dominant race….’Alongside a concern for the lack of discipline boys were supposedly displaying, there
were worries that urban youth were going through a feminization which the use of rifles would help solve
(Brown 2012). The belief that rifles instilled masculinity in boys, and the value seen in this, were so
prominent that even the government began to push for gun training in school-aged boys (Brown 2012).
Aside from safety and other concerns, people began to express environmental concerns as boys began to
indiscriminately shoot any moving thing that crossed them such as birds, squirrels, and chipmunks,
potentially decimating populations (Brown 2012).
52
Today, the hunting agenda frames itself as affectionate of nature and wildlife (Kalof and
Fitzgerald 2003). Hunters have begun to claim that they perform an ecological role of population control
(Kheel 1996). However what is ignored is the fact that one of the main purposes of creating and
maintaining sustainable and productive ‘game’ populations through harvest regulation, for instance, is to
ensure that hunters have viable enough populations to continue doing what they enjoy: killing (Littlefield
2010; Kheel 1996). There are also stark differences between natural predators and human predators.
Human hunters, for instance, prey on the biggest and healthiest animals that will make the best trophies,
whereas natural predators prey on the old, weak, and sick (Kheel 1996). Additionally, it is the fact that
hunters have actually contributed to the ecological issues they claim to help solve, such as the deliberate
removal in many places across the U.S. of natural predators so that they can claim prey to themselves.
However the guise of ecosystem managers is now a refuge from the bad image hunters face in modern
society (Kheel 1996).
Whether it is referred to as ‘culling’ ‘harvest’ or ‘wildlife management,’ hunting is a form of
violence (Kheel 1996). Co-existence, or in other words living in peace with the other, cannot by definition
include farmers picking up guns and aiming them at innocent wildlife. When this is how unwanted
wildlife are dealt with, the lack of value and respect that exists towards wildlife, and animals in human
society in general, is reinforced. To make things even worse, the social issues associated with hunting and
hunting culture are reinforced and perpetuated as well.
Mixed Feelings Among the Public and Wildlife Professionals
Variations in attitudes towards lethal force against wildlife remain. Studies have revealed that
attitudes towards predator control methods are determined by 3 main factors: the particular species at
hand, the socioeconomic status of respondents (including whether they are rural or urban), and the context
in which lethal control is administered (Lischka, Riley & Rudolph 2008; Martínez-Espiñeira 2006).
Education, including among farmers, has been correlated with a higher acceptance capacity of
problematic wildlife and dislike for lethal control methods (Lischka, Riley, & Rudolph 2008; Naughton-
Treves, Grossberg, & Treves 2003). Gender plays a significant role in perceptions as well. For instance,
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dislike for lethal methods of controlling wildlife, as well as support for wildlife conservation and concern
for environmental degradation on farms, has been most attributed to young, educated females (Boon,
Broch, & Meilby 2010; Filson 1996; Martínez-Espiñeira 2006; Naughton-Treves, Grossberg, & Treves
2003). Scenarios also influence perspectives. In one study, if the wolf was in a rural area, most
respondents believed that authorities should not take any action and monitor the scenario (versus capture
and relocate, destroy, or scare). However, if the wolf killed livestock or a family pet than slightly more
than half now approved of killing the wolf (with the second most popular action being capture and
relocate) (Naughton-Treves, Grossberg, & Treves 2003).
Wildlife professionals generally consider the traditional use of lethal force as the most effective
and inexpensive option to deal with unwanted wildlife. Additionally, it is perceived as a source of
valuable funds due to hunting license fees (Bowker, Newman, Warren & Henderson 2003; Decker &
Brown 1987; Muth et al., 2006).They may feel that the push to diversity their tactics is merely a
complication that they must endure to satisfy the ‘politically correct’, especially when certain previously
endangered species thrive. However, the attitudes of some wildlife managers correlate with that of the
general public. Trapping, which has been a major management tool for fur-bearing animals, has come
under fire by those concerned about its ethics (Muth et al., 2006). In a study that surveyed three major
wildlife management organizations in the U.S., 46.1 per cent wanted trapping to be outlawed while 39.1
per cent indicated that they didn’t, and 14.6 per cent said they had no opinion on the matter. The top two
reasons for wanting it outlawed were the pain and suffering caused to animals and the possibility of non-
target species being caught (Muth et al., 2006). These results likely do not represent a major shift in the
attitudes of wildlife managers because they point to opposing viewpoints on only one lethal tactic, and
one that is particularly pain-inducing and condoned by society. However it does show that perspectives
are beginning to change (even if to a small degree), that some managers are not impressed with all of the
tactics used by their own industry, and that there is some value placed on the humane treatment of
animals by managers in wildlife management organizations. These suggest a need to reevaluate the
wildlife management toolbox currently available to professionals.
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The Need for Alternatives
The need for alternatives to hunting and other lethal force has received more attention now than
ever before because of the world-wide movement to find a balance between human and wildlife needs
(Treves, Wallace, & White 2009). Clearly, there are still mixed feelings about some lethal methods of
dealing with wildlife both among the public and wildlife professionals. This, however, further stresses the
need for authorities to diversity their tactics. At the very least, the Ontario Ministry of Natural Resources
must increase the amount of humane, non-lethal methods available in the current management toolbox so
that they can be utilized in situations where there is clear disapproval towards lethal force. Dealing with
wildlife is not only a technical problem, it involves a balance between finding solutions that are
acceptable to society and also dealing with multiple stakeholders that have differing points of views
(Chase, Siemer & Decker 2002).The wildlife management profession has to take the preferences of tax-
payers into consideration because people in society have a personal interest in wildlife. If they do not,
conflict and political backlash occurs (Reiter, Brunson & Schmidt 1999). In places where lethal control is
not an option, wildlife managers need to stay clear of controversy and determine which technique/s yield
the highest acceptability (Martínez-Espiñeira 2006). In order for them to be able to do this, however,
alternatives must become more readily available.
Forty seven per cent of surveyed farmers indicated that recreational hunting was ‘not very or not
important at all’ for why wildlife were important to them, while 57 per cent said the same for trapping
(Ontario Soil and Crop Association 2000).A large portion of farmers that rely on hunting do not have a
personal attachment to it, but rather they feel that it is the only effective tool that they have in preventing
damage to their crops. Similarly, more than half of those that believed in outlawing leg hold traps also felt
that they were not a necessary tool in wildlife management, whereas those that wanted to keep it legal
most frequently indicated that this was because they felt it was necessary (Muth et al. 2006). In other
words, from their perspective, there are no other options. Hence, if equally or more effective tools were
55
available for both preventing damage and dealing with problematic wildlife, farmers, as well as wildlife
professionals, would be able to reduce or avoid use of lethal force.
Although a high tech approach can be costly and time consuming to create, it may very well be
worth it. Having the widest variety of management tools and techniques while also stimulating
development of new, improved approaches and supporting their use is important (Fall & Jackson 2002).)
Preventing and Managing Human Wildlife Conflicts in Ontario states that, ‘sound scientific and applied
technical knowledge can enhance human-wildlife conflict [i.e. impact] prevention efforts and mitigate
risk to human health and safety’ (Ontario Ministry of Natural Resources 2008b). It also states that ‘the
effectiveness of regulated hunting as a means of resolving human-wildlife conflicts involving some game
species is uncertain; additional tools should be considered. For non-game species, the effectiveness of
existing tools and the development of new measures need to be explored’ (Ontario Ministry of Natural
Resources 2008). One study that surveyed people in New York and in Colorado where there was concern
over elk found that people preferred that the involvement process in human-wildlife impact management
was ‘high quality’ rather than fast and inexpensive, with the incorporation of scientific information being
highly important (Chase, Siemer, & Decker 2002).
Moving forward: Reducing the Need for Hunting and Increasing the Use of Non-Lethal Solutions
• Context specific
Numerous studies have described situations where only certain wild animals or portions of their
populations are creating damage to crops (Fall & Jackson 2002; Hegel, Gates, & Eslinger 2009).
Currently animals are hunted indiscriminately, with the assumption that if general populations are
reduced, so will damages associated with them. One study, however, revealed that some elk (Cervus
canadensis) subpopulations were being hunted disproportionately relative to the damage they caused
(Hegel, Gates, & Eslinger 2009). For example, one particular subpopulation accounted for only 17 per
cent of the total elk population and the number of its members that were being was in promotion to its
size, but not to the damages it were causing. Another subpopulation was being killed in large numbers
despite the fact that both its population size and associated number of affected fields did not warrant this
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(Hegel, Gates, & Eslinger 2009). Clearly, indiscriminate hunting is not necessarily affective. Moreover,
selective removal (removal of only those animals that caused damage) has been shown to be more
acceptable to people. Most people in the U.S. thought that indiscriminate shooting and trapping was
wrong (Martínez-Espiñeira 2006).
If more time and resources were being put into understanding populations than wide spread
killing could be avoided and better results would occur because problematic species would actually be
targeted. As well, it would make it much easier to move towards use of non-lethal methods. They tend to
be more expensive than culling (Bowker et al., 2003). So, costs would be more manageable since only
certain subpopulations or individuals would require them. As described in Section VI, a large chunk of
wildlife damage issues can also be put to a stop or mitigated by managing the behaviors of the particular
affected stakeholders (Fall & Jackson 2002). In Cyprus Hills, Alberta, for instance, farmers noticed that
problematic elk were particularly drawn to oats, which led some to switch to planting alfalfa or not
planting oats in areas where they suspected elk, dramatically reducing predation issues (Hegel, Gates, &
Eslinger 2009). Addressing human behavior is also crucial in reducing wildlife related damages and
hence a need to deal with wildlife populations.
Wildlife managers should learn to assess the animal, human, and environment aspects of a
particular issue to better understand the particular situation and tailor their decision making, management
strategy, and monitoring of the situation to this (Hegel, Gates, & Eslinger 2009). Understanding the
spatial behavior of individual animals as well as the ‘spatial structure’ of entire problematic populations is
important and highly valuable when determining appropriate intervention where damage is being caused
(Hegel, Gates, & Eslinger 2009). However, this will requires a greater investment in time and resources
from the Ontario Ministry of Natural Resources than does culling. For instance, to determine which
subpopulations were causing crop damages, one study required Geographic Information System (GIS)
mapping and high frequency radio collars to track females (Hegel, Gates, & Eslinger 2009). In another
study, radio telemetry and fecal samples identified three North American elk (Cervus elaphus L.)
subpopulations and the extent to which each was causing crop depredation, and to what degree, as well as
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variations between the seasons (Walter et al., 2010). The creation and availability of modern tools and
methods of dealing with wildlife conflicts will also create a need in boosting the skill and specialization
level of wildlife managers. People involved in wildlife management need to be better trained to analyze
problems to be able to pick the most strategic solutions (Fall & Jackson 2002). Non-selective removal of
coyotes, for example, requires less skill and is less costly than selective removal.
• Supporting Prevention Efforts
Studies determined that it is the impact of a species (rather than its abundance) that determines
how well accepted it is (Lischka, Riley & Rudolph 2008). People that experienced losses by coyotes, for
example, tended to be in favor of lethal methods of removal (Martínez-Espiñeira 2006). Prevention of
damages is the best protocol. Having effective crop damage prevention tools not only reduce losses to
farmers, but can eliminate or reduce the need to deal with wildlife populations and improve perceptions of
wildlife. Unfortunately, Ontario crop farmers indicated that the second biggest reason they experienced an
increase in crop loss due to wildlife was the reduced effectiveness of the prevention techniques they used
(Fitzgerald 2012; Ontario Fruit and Vegetable Growers Association 2000). The Ontario Fruit and
Vegetable Growers Association indicates that in Ontario, field trials for a variety of fence types that
exclude deer, including permanent, total enclosure nets that are utilized in the US and Australia, are
needed (Fitzgerald 2013). More initiatives like the Ontario Soil and Crop Improvement Association’s
two- year long Wildlife Action Project that began in 2002 are needed, which aimed at helping to develop
ways of preventing damage from wildlife to farmers and better understand the costs involved and who
should pay for them (Ontario Soil and Crop Improvement Association 2004).
Technologies useful to prevent wildlife-related damages often take years to advance, which
means that there needs to be a boost in research and budgets in this field to meet society’s needs (Fall &
Jackson 2002). The government must work with private industry since they are the ones largely
researching and selling new abatement measures to farmers (Ontario Fruit and Vegetable Growers
Association 2000). In the U.S., Congress, which controls the research focuses of the National Wildlife
Research Committee has directed that, at the very least, 50 per cent of their research projects go towards
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coming up with non-lethal management solutions (Bruggers, Owens, & Hoffman 2002). Setting such
objectives is crucial.
Farmers also need monetary support to be able to take advantage of some of the more effective
damage prevention options available. Fencing and netting are a great example of something that farmers
want but may not be able to afford (Fitzgerald 2012). The Manitoba government, for example, has given
farmers access to abatement tools and supplies on loan such as fencing from elk. This can help farmers
avoid wasting money on things that prove not to work for them (Ontario Fruit and Vegetable Growers
Association 2000). Based on its survey to Ontario crop farmers, Ontario Fruit and Vegetable Growers
Association recommends that ways of offering financial assistance through Growing Forward are
developed to help farmers learn about what kinds of fencing is effective and how to properly install it.
Another recommendation is to find a way of providing financial assistance to retrofit propane cannons
with electronic automatic timers which would help reduce complaints from neighbors about noise
(Fitzgerald 2012; Fitzgerald 2013b).
Another issue is that Ontario’s laws don’t always permit abatement measures that may be
available in other countries and even in other Canadian provinces. Ontario needs to make sure that
effective and safe measures are allowed (Ontario Fruit and Vegetable Growers Association 2000).
Legislations that may be putting limitations on use of existing tools and the development of new ones
needs to be overcome (Fall & Jackson 2002). Existing tools or those that may become available in the
future must be supported, rather than inhibited, by the government.
• Creating economic benefits from wildlife
When private landowners find few benefits from the presence of wildlife, their tolerance
(especially in situations where damage is being caused) toward their presence is low (Hegel, Gates &
Eslinger 2009). In Alberta, for instance, no consideration has been given to create benefits to the public or
private landowners when it comes to how elk are managed. An outdated, 26 year old policy creates a
population target based almost exclusively on agricultural interests with little consideration of the public’s
interest in viewing elk or the role that elk play in the ecosystem (Hegel, Gates & Eslinger 2009). To boost
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the acceptance capacity of landowners towards wildlife, programs that are innovative are needed which
integrate chances for landowners to benefit in economic terms from wildlife to boost the tangible, positive
impacts of their presence (Hegel, Gates & Eslinger 2009). One of the objectives in the Strategy for
Preventing and Managing Human-Deer Conflicts in Southern Ontario is to look into ways of helping
farmers gain economic benefits from people’s recreational enjoyment of deer (Ontario Ministry of
Natural Resources 2008b). Agritourism has become a major and growing trend in the U.S. over the last
decade (Arroyo, Barbieri & Rick 2013). It involves ‘charging fees for access to…property for wildlife-
related recreational activities such as hiking, canoeing, camping, and photography, and from the sale of
items associated with these activities such as maps, foods, canoe rentals., etc.’ (University of Florida
2006). Other tactics can include debt forgiveness and income and property tax deductions in exchange for
not killing animals that consume some crops (Defenders of Wildlife 2006).
• Filling information gaps
Regularly evaluating where research and development needs to be directed is crucial. In the US,
Bruggers, Owens & Hoffman (2002) examined human-wildlife impact management research needs
through the periodic Research Needs Assessment and involved scientists, wildlife managers, and other
stakeholders from the United States Department of Agriculture/Animal and Plant Health Inspection
Service Wildlife Service’s Program in 2001. An entire 103 needs became apparent from all areas related
to wildlife management, including agriculture (Bruggers, Owens & Hoffman 2002). One important step in
the right direction in creating development in the field of wildlife damage and conflicts is information
sharing. A good example of this was a conference called, “Future Technology for Managing Problems
with Vertebrate Pests and Over-abundant Wildlife,” which was organized with the 11th Triennial
International Symposium of The Biodeterioration Society in Arlington, Virginia. The conference
conjoined experts from different countries to talk about how problems regarding wildlife can be better
managed into the future and the types of research that is happening to help solve these problems (Fall &
Jackson 2002).
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Better knowledge of the behaviors of various individual animals from different species within the
particular place where impacts are occurring are needed to help the development and utilization of
technologies that are emerging. More biological information on such species is also needed, such as
behavior and geographic variation, in order to be able to actually take advantage of scientific advances
that come out of research (Fall & Jackson 2002). In North America, the effects of habitat loss and
fragmentation have been well studied for birds, but other wild animals that live in and around croplands
have not, so knowledge on this has been taken from studies done in Europe (Freemark 1995). Wildlife
professionals in the United States have reported a need to create methods of census and studying specific
problem wildlife, as well as being better able to meet species needs for specific areas where they are a
problem (Bruggers, Owens, & Hoffman 2002). In Ontario, reliable and accurate data on wildlife
populations, for instance, does not exist. For example, according to the Ministry of Natural Resources,
there are no estimates of the numbers of raccoons and coyotes. This means that trends in certain wildlife
like deer and geese are determined based on how many animals are hunted/harvested (Mussel & Schmidt
2009).
VIII. The Participatory Approach for Preventing Conflict and Co-Managing
Human-Wildlife Impacts
Conflicts in Ontario
In Ontario, conflicts between farmers and authorities that stem from human-wildlife impacts are not
uncommon. For instance, farmers have found the reintroduction of species by the Ontario Ministry of
Natural Resources for conservation purposes problematic (Ontario Soil and Crop Association 2000). Wild
turkeys are just one such specie and were reintroduced from the U.S. in 1984 to 275 different sites
(Ontario Ministry of Natural Resources 2007). In 2012 there were reports of wild turkeys gobbling up
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grapes from entire vineyards in Ottawa (Canadian Broadcasting Corporation 2012). It was not anticipated
that they would expand to the range that they have, which has been met with an increase in hunting
(Ontario Ministry of Natural Resources 2007). Other reintroduced species have also become problematic.
In March 2009 approximately 50 farmers and other landowners from the Bancroft-area met with a lawyer
in Ottawa to plan a legal action against the Ontario Ministry of Natural Resources because re-introduced
elk were causing crop and feed damage. The president of the Hastings County Federation of Agriculture
asked that the ministry put up better fencing and compensate the damages, asserting that it made a bad
judgment call by reintroducing plains specie in an agricultural area (Hein 2009).
Wildlife conservation legislation has also incited conflict. When a species is added to the Species
at Risk in Ontario (SARO) list, it is automatically protected and so is its habitat (Fish and Wildlife
Conservation Act 1997).This can result in lost productivity of farmland, prompting the Ontario Federation
of Agriculture (OFA) to try and amend the Endangered Species Act, 2007. For instance, one amendment
seeks to make reports from the Committee on the Status of Species at Risk in Ontario a consideration as
to whether a species should be added to the Species At Risk list, instead of a mandate, so that the Minister
of Natural Resources could weigh in potential socio-economic impacts (Ontario Federation of Agriculture
2012c).
A major uproar that resulted from the act involves the Bobolink. The Bobolink is a medium sized
bird that is threatened in Ontario and protected under the Endangered Species Act (Ontario Ministry of
Natural Resources 2011). Between 1998 and 2008, 52 per cent of the population was lost at a rate of 7.1
per cent per year (Committee of the Status of Species at Risk in Ontario 2010). A major culprit is the
mowing of hay, particularly during the early-mid July nesting season (Ontario Ministry of Natural
Resources 2011). The Ontario Ministry of Natural Resources proposed a moratorium on the cutting of hay
during late May-July but the Ontario Federation of Agriculture lobbied against this, which resulted in the
farming community receiving an exemption of three years from the Endangered Species Act in regards to
Bobolinks (Ontario Ministry of Natural Resources 2013; Riley 2012; Sonnenberg 2011). Farmers do not
want to delay cutting because they want to get the best quality, most nutritionally dense crop possible
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(Tilt n.d.).This time period, due to end in 2014, is supposed to give the Ontario Ministry of Natural
Resources time to hear public input and conduct studies (Riley 2012).
When a conflict is at its peak, its most active stage, impacted stakeholders start calling for a
change in the wildlife management policy or approach through letter writing, public meetings etc. There
is an obvious polarization, with each side claiming to hold the right position (Minnis 2001). One major
commonality between the scenarios described in Ontario is that tensions reached a peak because the
government did not adequately take the farming community into consideration when making their
decisions; indeed, they set up the stage for conflict to occur. The degree to which a conflict escalates is
an indication of the authority’s success level in effectively taking social needs and concerns into
consideration (Minnis 2001). When the conservation authority both prevents and effectively resolves
conflict, this results in more informed parties, a better service to the public, and boosts the public image
of the organization. Although the wide range of interests held by the public makes avoidance of all
conflicts impossible, too much conflict or poor handling of conflict situations can truly put a hamper on
the conservation authorities’ credibility and legitimacy (Minnis 2001).
Preventing Conflict through Farmer (and Other Relevant Stakeholder) Participation
The concept of citizen participation in natural resource management began in the 1970s (Lauber
& Knuth 1999). Interest in public participation in environmental issues, including those pertaining to
wildlife, has risen because of increased skepticism about science and more distrust of government, greater
accessibility to technology and information, more awareness and interest in environmental issues and
decisions, and involvement becoming regarded as a right (Minnis 2001; Reed 2008). Non-experts are able
to identify issues and solutions that experts cannot, and have been shown to have sensitivity for social and
political considerations where they are otherwise lacking (Fiorino 1990). The idea that citizens who are
affected by a policy or decision must also have a say in it is in fact an integral part of democracy (Fiorino
1990; Lauber & Knuth 1999). In other words, farmers and other citizens, at least to some extent, have the
right to influence decisions that affect their lives. Participation also helps develop democratic skills,
eliminating a sense of powerlessness and alienation in citizens (Fiorino 1990). Additionally, public
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participation legitimizes decisions, especially when they are high risk (Chase, Siemer & Decker 2002).
Wildlife conservation and management efforts must take into consideration the affected public into
decisions to be fully successful. In fact, there have been cases where conservation efforts involving
endangered species have failed due to public opposition (Decker & Bath 2010; Johnson et al., 1993).
There are four criteria that participation theory asserts are essential to a democratic process: citizens must
be allowed to participate in decision making directly, they must have some authority in making decisions,
face-to-face discussions occur, and there is some degree of equality with officials and experts (Fiorino
1990).
Public participation in decision making regarding wildlife can improve relationships between the
managers, stakeholders, and the perceptions stakeholders have about each other (Decker & Bath 2010;
Lafon et al., 2004; Lauber & Knuth 1999). It can also sway the views of wildlife managers regarding
these stakeholders, the value of including them in decision making, and even in the way resources should
be managed (Lafon et al., 2004).Participatory planning is especially helpful in situations where an
alternation of human behavior is required because it is easier for those having to make a change to accept
doing so when they have determined a need for it themselves (Treves et al., 2006). Ultimately, the
participatory approach paves the way for improved results because it improves the acceptability of
decisions that are made and the decision making process which in turn ensures improved implementation
of plans (Fiorino 1990; Lafon et al., 2004; Lauber & Knuth 1999). Clearly, the case is strong for
including farmers and other citizens affected by decisions made regarding wildlife.
The desire of Ontario farmers to be involved in the decisions that affect them is clear, especially
in the issues that have arisen from the Endangered Species Act. For example, one of the amendments that
the Ontario Federation of Agriculture is seeking is to include a representative of the farming community
in Committee on the Status of Species at Risk’s membership (Ontario Federation of Agriculture 2012b).
A multitude of organizations such as the Ontario Soil and Crop Improvement Association, Ontario
Federation of Agriculture, and the Ontario Cattleman’s Association also became involved in discussions
to create a solution to the Bobolink issue after the government proposed the hay cutting ban (Tilt n.d.).
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The roundtable was created specifically to find ways of benefiting the specie while also meeting the needs
of farmers, as a means of resolving the conflict that occurred. The recommendations will be presented to
the Ontario Ministry of Natural Resources (Ontario Ministry of Natural Resources 2013; Riley 2012).
There are eight elements of best practice in the participatory approach that have been identified
for situations dealing with the environment or its components. Collectively, they stress that participation
is a process (Reed 2008). This process must be followed when dealing with wildlife related issues
involving farmers and other affected citizens in Ontario.
• Empowerment, equity, trust, and learning must be at the core of the participation process. This
means that stakeholders must have the power to affect the decisions made, which has to start with
educating and building confidence first, especially in highly technical situations. As well, all
participants must be given equal voice (despite differences in expertise, gender, experience etc)
and have the space needed to learn from each other (Reed 2008).
• Participation should begin early in the process and continue throughout (Reed 2008). Involving
stakeholders early on leads to higher-quality and more sound decisions. Once in conflict, there is
increased polarization and meaningful communication becomes more challenging, hence also
limiting management solutions (Redpath et al. 2013).
• Groups and individuals with a stake in the issue must be identified (e.g. via interviews, expert
opinion, focus groups etc). Stakeholders are then analyzed (how interested are they and how can
they influence the issue at hand etc), after which point the relationships between the stakeholders
are analyzed as well (e.g. communication, trust levels etc) (Reed 2008).
• Clear objectives for the process of participation must be explicitly identified. The problem and
purpose of dialogues must be defined, which requires an exploration of views and discussion of
trade-offs where they may be necessary (Reed 2008).
• Decisions need to be made regarding the methods of involvement/communication that will work
best for the particular context. This requires an understanding of the type of participants at hand
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(power dynamics between groups/individuals, literacy levels etc) and the level of engagement of
individuals, after which point the appropriate methods for communicating information,
consultation, and participation can be chosen (Reed 2008).
• Facilitation must be highly skilled. Something as simple as a group discussion needs a
facilitator/s that is approachable and impartial, and is able to encourage questioning of
assumptions while effectively dealing with domineering participants or other problems (Reed
2008).
• Local knowledge should be made relevant in addition to scientific knowledge, which leads to a
more comprehensive understanding of the situation, especially when complex environmental
processes are involved. Although the science-based and local bodies of knowledge are very
different (i.e. systematized versus tacit, informal, and acquired over many generations through
observation and experience), these two forms of knowledge can be merged (Reed 2008).
• Lastly, participation must become institutionalized by the responsible agencies. The participatory
approach must be a consistent and deeply ingrained part of the decision making process (Reed
2008).
The Ideal Participation ‘Type’
In one study dealing with deer management, solicited public participation (surveys and citizen
task force) lead to positive feedback on the wildlife management agency’s approaches, whereas
unsolicited participation did not (Stout et al., 1996). A study conducted by Lafon et al. (2004) dealing
with black bears (Ursus americanus) in Virginia showed that active participants (committee members)
became more tolerant and understanding of other stakeholders, whereas passive participants did not.
Active participation such as, for instance, taking part in a group discussion, has been shown to influence
knowledge and impact attitudes more than passive forms of participation such as hearing a lecture or
reading informative material (Lafon et al., 2004).
It’s also crucial to detect and address differences in the attitudes between wildlife professionals
and the public in regards to participation preferences. For example, in Germany, whereas members of the
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public ranked information materials and public meetings as the first and second most preferred types of
involvement methods, experts ranked task forces and advisory groups highest (Decker & Bath 2010).
Other studies yielded different results, but also showed differences between these two groups. Clearly, it
is vital for experts to take the time to understand the people they are dealing with so that appropriate
methods that balance their needs with those of the public can be chosen (Decker & Bath 2010).
The Importance of Fairness
Distributive fairness (the fairness of decisions) and procedural fairness (the process through
which decisions are made) are crucial for the participatory approach (Lauber & Knuth 1999). If the
decision making process is viewed as fair by stakeholders, than they are also more likely to view the
decisions made due to it as fair (Lauber & Knuth 1999). A fair approach also leads to greater support of
the decision makers. Given the importance of participation, it is unsurprising that perceived level of
fairness has been closely correlated with the amount of control that stakeholders have in the process, such
as the ability to voice their views and needs during the decision making stages. However, some earlier
research has also pointed to the level of control that participants have over the actual outcomes as a
determining factor in perception of fairness (Lauber & Knuth 1999).
There are many other factors that influence fairness perception such as how consistently a fair
approach is taken over time and between stakeholder groups, level of bias in decision makers, accuracy
level of the information used, ability to make changes to decisions after they are made, how trustworthy
the decision maker is, and how well represented different perspectives are, among others (Lauber &
Knuth 1999). When New York State wanted to bring in more moose, the public’s opinion was taken into
consideration first. One study found that participants associated four criteria to fairness: how receptive the
authorities were to citizen input, the amount of power that citizens had over the final decisions, the quality
of reasoning and knowledge of authorities that were spearheading the decision making process, and the
level to which relationships between stakeholders improved through engagement in the process (Lauber
& Knuth 1999).
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Co-Management to Mitigating Human-Wildlife Impacts While Avoiding Human-Human Conflicts
Human-wildlife impacts (and conflicts stemming from them) are one of the biggest threats to
wildlife conservation (Dickman 2010). They can make people unsupportive and create resentment
towards those responsible for protected natural areas (Treves et al., 2006). Conflicts between stakeholder
groups can be cognitive, value based, related to costs and benefits, or behavioral. Cognitive conflicts
involve differing perspectives on what is true, value based disputes occur when a stakeholder does not
perceive the particular issue at hand as relevant as other issues facing them, cost/benefit conflicts are
based on opposing viewpoints on who will bear the costs and reap the benefits, and behavioral conflicts
occur when the authorities that are involved are distrusted (Decker & Bath 2010). The big challenge in
managing human-wildlife impacts is that the benefits of wildlife presence are distributed unequally over
space. In fact, this is a signature of wildlife-related disputes all over the world (Treves et al., 2006). This
is evident even within the farming community alone. The number of Ontario farmers encouraging and
discouraging deer is equal at 12-15 per cent each, and whereas about 5 per cent of farmers discourage
songbirds, nearly 50 per cent encourage them (Ontario Soil and Crop Improvement Association 2000).
The co-management approach is important because human-wildlife impacts are increasing and
tend to occur on a community level, the public’s expectation that solutions will be tailored to their
communities has increased, and authorities responsible for wildlife continuously face shortages for
funding and personnel (Decker, Lauber & Siemer 2002). The locus of control is in both the hands of
stakeholders and authorities: Stakeholders are allowed to provide input, evaluate input, and help with
implementation which collectively improves the management climate (Decker, Lauber & Siemer 2002).
As one of its goals, The Strategy for Preventing and Managing Human-Wildlife Conflicts in Ontario
acknowledges that the province must have leadership in dealing with human-wildlife impacts but that
solutions must be community-based (Ontario Ministry of Natural Resources 2008).
The Need for an Interdisciplinary Approach
68
Indeed, one of the biggest advantages to co-management and the participatory approach in
general is that resources, knowledge, labor etc is pooled together when stakeholders such as farmers,
citizens, local Non-Governmental Organizations (NGOs), authorities etc work together (Decker, Lauber
& Siemer 2002). By its very nature, co-management facilitates an interdisciplinary approach. However,
an interdisciplinary approach must be taken in a more deliberate way as well. As noted before, what is
often termed a ‘human-wildlife conflict’ is actually a human-human conflict, drawing attention to the
social components that tie into human-wildlife impacts. Human-wildlife impacts only appear to be about
the impacts of these interactions, but in reality they are rooted in power relations and differences in
attitudes and values, which find their root in social and cultural history (Redpath et al., 2013). The
sociopolitical and cultural setting in which these interactions occur are equally as influential as the
biophysical (Dickman 2010; Treves et al., 2006).
Hence, to resolve conflicts an interdisciplinary approach is needed (Baruch-Mordo et al., 2009;
Dickman 2010;Treves et al., 2006; Redpath et al., 2013). Effective management of human-wildlife
impacts requires a better integration of the social and natural sciences in order to account for the role of
social and political factors in these situations (Redpath et al., 2013). This is especially important since
those dealing with wildlife management are often only trained in wildlife management and the ecological
sciences (Baruch-Mordo et al., 2009; Dickman 2010; Treves et al., 2006). Wildlife managers are forced to
learn on a trial and error basis as to how to deal with the social dimensions of conflict situations (Treves
et al., 2006).
Some examples of people’s biases and perspectives clearly demonstrate the important role that
the social dimensions have in affecting people in their interactions with wildlife. For instance, although it
is generally assumed that people respond proportionately to the damages they experiences from wildlife
and that hence reduction of damages reduces hostility, this is not always the case. In Namibia, for
instance, even after cheetah (Acinonyx jubatus) depredation was successfully reduced, it was found that
more than 40 per cent of farmers who no longer faced depredation continued to eliminate these animals
(Dickman 2010). Social factors also influence people’s treatment and perceptions of wildlife. For
69
instance, in the town of Hegins, Pennsylvania, the Columba livia pigeon was shot for, supposedly, pest
control. However, the real reason for this was that conservative residents perceived the pigeon as a city
bird, and cities were associated with moral corruption (Dickman 2010). Rural areas can also be more
hostile towards wildlife damage if they feel that wildlife are being protected by ‘urban elites’ and the
government who have tipped the balance of power in their own favor (Dickman 2010). These examples
capture the complexity of human-wildlife impacts and the conflicts that result from them and point to the
fact that merely reducing damages will not necessarily reduce hostility. By extension, each situation has
to be analyzed on a deeper level where social dimensions are taken into serious consideration (Dickman
2010).
There is no one ‘cookbook’ solution to designing a strategy that is interdisciplinary, effectively
mitigates human-wildlife impacts and shows managers precisely when and how to involve stakeholders
such as farmers (Chase, Siemer and Decker 2002). However, there are three vital steps to effectively co-
managing situations where negative human-wildlife interactions occur and avoid creating or exacerbating
human-human conflicts (Treves et al., 2006). The ideal human-wildlife impact resolution process has a
multitude of stages that, with stakeholder participation at its core, are enabled and made effective. These
include: reaching agreement on what interventions, if any, are appropriate to put an end to the issue,
recruiting the appropriate people to implement these interventions, dividing up tasks, and determining the
best timeline for both implementation and monitoring (Treves et al., 2006). To avoid conflict, the process
must also avoid creating a zero-sum situation for stakeholders (Redpath et al. 2013). The following is
based on Treves et al., (2006) although their process resembles closely those described by other experts in
this field such as Decker, Lauber & Siemer (2002) who also emphasize the importance of co-management
in mitigating human-wildlife impacts.
Step 1: Collecting Baseline Data
The first step involves collecting baseline data relevant to the conflict. This includes three
components: identification of stakeholders, timing, and distribution of the damage caused by wildlife,
conducting experimental/quasi-experimental studies of mitigation techniques, as well as determining the
70
beliefs, attitudes, and responses of stakeholders towards wildlife and the intervening authorities (Treves et
al., 2006). In one study, for instance, managers collaborated with researchers to better understand
stakeholder perceptions in two communities facing deer problems (Chase, Siemer & Decker 2002). Just a
few of the many things they discovered included that: there was a lot of variability on what kinds of
control methods were acceptable, managers had differing views on involvement objectives, there were
differences on how people felt participation opportunities should be structured although both communities
had three main preferences (one-on-one communication, debate and deliberation that included open
meetings, and task forces), and not all respondents were willing to put in the same amount of time into
developing solutions to the elk issue (Chase, Siemer & Decker 2002). This study points to the variation
existing in stakeholder perceptions and needs, and the importance of understanding these complexities
before any decisions can be made.
The role of the scientist is extremely important yet limited. Scientists are needed to assist
authorities in better understanding conflict situations; the responsibility of dealing with the conflict and
making appropriate decisions to resolve the conflict lies with authorities. In fact, conflicts related to
wildlife are often a ‘lightning rod’ for other complaints (e.g. dissatisfaction with the government for one
reason or another) (Treves et al., 2006). Science is also unable to capture everything. Research can
usually only take into consideration smaller areas of study over a relatively short time span, whereas
perceptions are often shaped over years or even decades and large spatial scales (e.g. family history,
friends who live far away etc) (Treves et al., 2006).
Step 2: Participatory Planning
The second step is the actual participatory planning, where joint objectives are defined and
decisions about what interventions must take place are made. Effectiveness, acceptability, and
sustainability must all be taken into consideration (Treves et al., 2006). The collective objective should
include both protecting wildlife and human welfare, which usually demands both incentives for behavior
that tolerates wildlife as well as sanctions that prevent the damage of wildlife and their habitats. Naturally,
sanctions are the most difficult to negotiate; allowing development if often much easier to accept (Treves
71
et al., 2006). A participatory conflict management process that is both transparent and democratic both
during planning and implementation is crucial. The success of co-management rests on setting clear roles
and responsibilities, and shaping expectations. Additionally, it depends on properly defining the collective
objectives, determining obstacles and opportunities (Treves et al., 2006).
It is best to aim for changes/interventions that need the least new technology and change to
behavior, as these are easiest to accept and make happen (Treves et al., 2006). As well, interventions
should not just take care of the human side of the issue because this can make stakeholders feel
victimized. Instead, multiple interventions that address both sides of the issue are needed, which is also
important since projects with a single intervention have been shown to fail long term (Treves et al., 2006).
Whether the issue at hand is human-human conflict or the result of people and wildlife coming into
contact is important to distinguish because each necessitates a different set of solutions (Redpath et al.
2013). A direct intervention is a measure that seeks to diminish the severity or frequency of interactions
between humans and wildlife, while an indirect intervention boosts people’s tolerance of the conflict they
are facing (Treves et al., 2006; Treves 2008). The former can include barriers, deterrents, repellants,
employment of guards, changes to human behaviors, and altering wildlife through relocation or
sterilization. The latter can utilize damage compensation, conservation incentives, insurance, education,
research, and even removal of wildlife protection (Treves et al., 2006; Treves 2008; Redpath et al., 2013).
Step 3: Monitoring
Monitoring is the last step and should aim to find out three basic things: were the interventions
put in place as planned, was the degree of the conflict reduced (was the threat diminished or reduced), and
did the major goal of meeting both human welfare and animal protection achieved (Treves et al., 2006).
Monitoring is best done when some kind of a control is possible, but this is often not attractive to
stakeholders, but may be possible with negotiation or if non-participating members agree to monitoring
on their lands (Treves et al., 2006). It is also best if members from the stakeholder community take an
active role with monitoring to facilitate trust. As well, at least a couple of monitoring options, that do not
72
compromise results, should be developed for stakeholders to choose from. This means that if one is
perceived as too intrusive, the other can be relied upon (Treves et al., 2006).
IX. Conclusion
Farmers and wildlife rely on the same landscapes for their needs and this often results in human-
wildlife impacts that should ideally be avoided. Although the agricultural sector needs to transition to a
way of food production that is more harmonious with nature in order to better integrate and account for
wildlife and ecosystem needs, this is unlikely to occur any time soon. Hence, some actions are needed to
mitigate these impacts, prevent the human-human conflicts that result from them, while also facilitating
wildlife conservation and a new found appreciation of wildlife by farmers. The academic research
conducted for this thesis as well as the farmer’s survey results indicate that results-oriented compensation
schemes, prevention and monetary compensation for wildlife-related damages, a move away from lethal
force to deal with unwanted wildlife, participatory decision making and co-management of impacts
should all be implemented. Collectively, they will help crop farmers better co-exist with wildlife in
Ontario by benefitting both farmers and wildlife simultaneously.
X. References
Atari, D. O. A., Yiridoe, E. K., Smale, S., & Duinker, P. N. (2009). What motivates farmers to participate in the nova scotia environmental farm plan program? Evidence and environmental policy implications. Journal of Environmental Management, 90(2), 1269-1279.
AgriCorp. (2010). Production Insurance: Overview. In AgriCorp. Retrieved on July 10, 2013,
from http://www.agricorp.com/enca/Programs/ProductionInsurance/Strawberries/Pages/Overview.aspx
Aughney, T., & Gormally, M. (2002). The nature conservation of lowland farm habitats on
73
REPS and non-REPS farms in County Galway and the use of traditional farm methods for habitat management under the rural environment protection scheme (REPS).Irish Journal of Agrienvironmental Research, (?) 2, 1–14.
Barnes, J., MacKay, B., Willock, A., Woodyer, J., Best, S., Aldworth, R.,……. Laidlaw, R.
(2006). EBR Registry Number PB06E6018 – Strategy for Preventing and Managing Human-Wildlife Conflicts in Ontario; and EBR Registry Number: PB06E6017 – Strategy for Preventing and Managing Human-Deer Conflicts in Southern Ontario. Response from 11 environmental and animal welfare orgs.
Baruch-Mordo, S., Wilson, K.R., Broderick, J., & Breck, S.W. (2009). A Tool Box Half Empty:
How social science can help solve human-wildlife conflict. Human Dimensions of Wildlife, 14, 219-223.
Boon, T. E., Broch, S. W., & Meilby, H. (2010). How financial compensation changes forest
owners' willingness to set aside productive forest areas for nature conservation in Denmark. Scandinavian Journal of Forest Research, 25(6), 564-573.
Bowker, J. M., Newman, D. H., Warren, R. J., & Henderson, D. W. (2003). Estimating the economic value of lethal versus nonlethal deer control in suburban communities. Society and Natural Resources, 16(2), 143-158.
Boutin, C., Freemark, K. E., & Kirk, D. A. (1999). Farmland birds in southern Ontario: Field use, activity patterns and vulnerability to pesticide use. Agriculture Ecosystems & Environment, 72(3), 239-254.
Brethour, C., Mussell, Al., & Stiefelmeyer, K. (2001). Retiring Marginally Profitable Sections of Agricultural of Fields in Ontario Economically Justified. Retrieved July 10, 2013, from http://www.georgemorris.org/publications/file.aspx?id=88021189-ffca-49b9-bb0a-0dfff9391481
Brown, R. B. (2012). ‘Every boy ought to learn to shoot and to obey orders’: Guns, boys, and the law in english canada from the late nineteenth century to the great war. Canadian Historical Review, 93(2), 196-226.
Bruggers, R. L., Owens, R., & Hoffman, T. (2002). Wildlife damage management research needs: Perceptions of scientists, wildlife managers, and stakeholders of the USDA/Wildlife services program. International Biodeterioration & Biodegradation, 49(2-3), 213-223.
Bulte, E. H., & Rondeau, D. (2005). Why compensating wildlife damages may be bad for conservation. Journal of Wildlife Management, 69(1), 14-19.
Burger, L. W.,Jr. (2006). Creating wildlife habitat through federal farm programs: An objective- driven approach. Wildlife Society Bulletin, 34(4), 994-999.
Burger, L. W.,Jr., McKenzie, D., Thackston, R., & Demaso, S. J. (2006). The role of farm policy in achieving large-scale conservation: Bobwhite and buffers. Wildlife Society Bulletin, 34(4), 986-993.
Burton, R. J. F. (2004). Reconceptualising the 'behavioral approach' in agricultural studies: A socio-psychological perspective. Journal of Rural Studies, 20(3), 359-371.
74
Burton, R. J. F., Kuczera, C., & Schwarz, G. (2008). Exploring farmers' cultural resistance to voluntary agri-environmental schemes. Sociologia Ruralis, 48(1), 16-37.
Burton, R. J. F., & Paragahawewa, U. H. (2011). Creating culturally sustainable agri-environmental schemes. Journal of Rural Studies, 27(1), 95-104.
Burton, R. J. F., & Schwarz, G. (2013). Result-oriented agri-environmental schemes in europe and their potential for promoting behavioural change. Land use Policy, 30(1), 628-641.
Bye, L. M. (2003). Masculinity and rurality at play in stories about hunting. Norsk Geografisk Tidsskrift - Norwegian Journal of Geography, 57(3), 145-153.
Canadian Broadcasting Corporation. (2012). Gardening: Turkeys Gobble Up Vineyard Grapes. In CBC. Retrieved July, 2, 2013, from http://www.cbc.ca/ontariotoday/columnists/2012/10/22/gardening-turkeys-gobble-vineyards-grapes/
Canadian Broadcasting Corporation. (2013). Six hunters mistakenly shot as deer hunting season begins. In CBC. Retrieved November 9, 2013, from http://www.cbc.ca/news/canada/ottawa/6-hunters-mistakenly-shot-as-deer-hunting-season-begins-1.2417094
Chase, L. C., Siemer, W. F., & Decker, D. J. (2002). Designing stakeholder involvement strategies to resolve wildlife management controversies. Wildlife Society Bulletin, 30(3), 937-950.
Committee of the Status of Species at Risk in Ontario. (2010). COSSARO Candidate Species at Risk Evaluation Form for Bobolink (Dolichonyx oryzivorus). In MNR. Retrieved July 2, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@species/documents/research/stdprod_086353.pdf
Dalmasso, S., Vesco, U., Orlando, L., Tropini, A., & Passalacqua, C. (2012). An integrated program to prevent, mitigate and compensate wolf (canis lupus) damage in the piedmont region (northern italy). Hystrix-Italian Journal of Mammalogy, 23(1), 54-61.
Decker, S. E., & Bath, A. J. (2010). Public versus expert opinions regarding public involvement processes used in resource and wildlife management. Conservation Letters, 3(6), 425-434.
Decker, D.J., & Brown, T.L. (1987). How animal rights view the ‘wildlife management: hunting systems.’ Wildlife society bulletin, 15(4), 599-602.
Decker, D.J., Laumber, T.B., Siemer, W.F. (2002). Human-wildlife conflict management. Northeast Wildlife Damage Management Research and Outreach Cooperative. Retrieved November 1, 2013, from http://wildlifecontrol.info/pubs/Documents/Human-Wildlife/H-W%20Guide.pdf
de Snoo, G. R., Herzon, I., Staats, H., Burton, R. J. F., Schindler, S., van Dijk, J., et al. (2013). Toward effective nature conservation on farmland: Making farmers matter. Conservation Letters, 6(1), 66-72.
Dickman, A. J. (2010). Complexities of conflict: The importance of considering social factors for effectively resolving human-wildlife conflict. Animal Conservation, 13(5), 458-466.
75
Eastern Canada Soil and Water Conservation Centre. (n.d.). Enhancing wildlife and biodiversity. In Government of New Brunswick. Retrieved June 15, 2013, from http://www.gnb.ca/0173/30/EnhancingWildlifeBiodiversity.pdf
Elbert, T., Weierstall, R., & Schauer, M. (2010). Fascination violence: On mind and brain of man hunters. European Archives of Psychiatry and Clinical Neuroscience, 260, 100-105.
Emerson, K., Orr, Patricia., Keyes, D., Mcknight, K., (2009). Environmental conflict resolution: Evaluating performance outcomes and contributing factors. Conflict Resolution Quarterly, 27, 27-64.
Emery, S. B., & Franks, J. R. (2012). The potential for collaborative agri-environment schemes in england: Can a well-designed collaborative approach address farmers' concerns with current schemes? Journal of Rural Studies, 28(3), 218-231.
Endangered Species Act, S.O. 2007, Chapter 6. Retrieved on July 5, 2013, from ServiceOntario website http://www.e-laws.gov.on.ca/html/statutes/english/elaws_statutes_07e06_e.htm#BK54
Environment Canada. (2005). North American Waterfowl Management Plan: 2004 Implementation Framework. In NAWMP. Retrieved June 15, 2013, from http://www.nawmp.ca/pdf/impfr-en-k.pdf
Environmental Commissioner of Ontario. (2009). Stewardship activities and funding in the Endangered Species Act, 2007. In Biodiversity Ontario. Retrieved July 5, 2013, from http://biodiversityontario.com/stewardship-activities-and-funding-in-the-endangered-species-act-2007/
Fall, M. W., & Jackson, W. B. (2002). The tools and techniques of wildlife damage management - changing needs: An introduction. International Biodeterioration & Biodegradation, 49(2-3), 87-91.
Federal-Provincial-Territorial Biodiversity Working Group. (2012). Key Findings at a glance: Habitat, Wildlife, and Ecosystem Processes. In BiodivCanada. Retrieved on July 10, 2013, from http://www.biodivcanada.ca/default.asp?lang=En&n=9CE2301E-1&offset=3&toc=show
Fehr, E., & Falk, A. (2002). Psychological foundations of incentives. European Economic Review, 46(4-5), 687-724.
Filson, G. C. (1996). Demographic and farm characteristic differences in ontario farmers' views about sustainability policies. Journal of Agricultural & Environmental Ethics, 9(2), 165-180.
Fiorino, D. (1990). Citizen Participation and Environmental Risk: A Survey of Institutional Mechanisms. Science, Technology & Human Values, 15 (2), 226-243.
Fish and Wildlife Conservation Act, S.O. 1997, Chapter 41. Retrieved on August 10, 2013, from
ServiceOntario website http://www.e-laws.gov.on.ca/html/statutes/english/elaws_statutes_97f41_e.htm
Fitzgerald, S. (2012). Ontario Fruit and Vegetable Growers Association: Predation Survey Composite Report.
76
Fitzgerald, S. (2013). Ontario Fruit and Vegetable Growers Association: Wildlife Damage in the
Horticulture Sector, Mitigation Practices in Other Jurisdictions, Report III.
Fitzgerald, S. (2013b). Ontario Fruit and Vegetable Growers Association: Assessing Predation in the Horticulture Sector, Interim Report II.
Freemark, K. (1995). Assessing effects of agriculture on terrestrial wildlife - developing a hierarchical approach for the united-states-epa. Landscape and Urban Planning, 31(1-3), 99-115.
Freemark, K. E., & Kirk, D. A. (2001). Birds on organic and conventional farms in ontario: Partitioning effects of habitat and practices on species composition and abundance. Biological Conservation, 101(3), 337-350.
Grain Farmers of Ontario. (n.d.). Agriculture-Wildlife Conflict Working Group. In Ontario Grain Farmer. Retrieved July 14, 2013, from http://www.ontariograinfarmer.ca/MAGAZINE.aspx?aid=436
Hegel, T. A., Gates, C. C., & Eslinger, D. (2009). The geography of conflict between elk and agricultural
values in the cypress hills, Canada. Journal of Environmental Management, 90(1), 222-235. Hein, T. (2009). Farmers fed up with elk. In BetterFarming. Retrieved July 2, 2013, from
http://www.betterfarming.com/online-news/farmers-fed-elk-1989 Hess, G. R., & Bay, J. M. (2000). A regional assessment of windbreak habitat
suitability. Environmental Monitoring and Assessment, 61(2), 237-254.
Issuance of deer removal/Harassment authorizations of agricultural damage, WilPp.3.2.3., 2004. Retrieved on July 15, 2013, from Ontario Ministry of Natural Resources website http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@fw/documents/document/254144.pdf
Javorek, S. K., Antonowitsch, R., Callaghan, C., Grant, M., & Weins, T. (2007). Changes to wildlife habitat on agricultural land in Canada, 1981-2001. Canadian Journal of Soil Science, 87(2), 225-233.
Jobin, B., Choiniere, L., & Belanger, L. (2001). Bird use of three types of field margins in relation to intensive agriculture in Quebec, Canada. Agriculture Ecosystems & Environment, 84(2), 131-143.
Johnson, K. N., Johnson, R. L., Edwards, D. K., & Wheaton, C. A. (1993). Public-participation in wildlife management - opinions from public meetings and random surveys. Wildlife Society Bulletin, 21(3), 218-225.
Kalof, L., & Fitzgerald, A. (2003). Reading the trophy: Exploring the display of dead animals in hunting magazines. Visual Studies, 18(2), 112-122.
Kheel, M. (1996). The killing game: An ecofeminist perspective critique of hunting. Journal of the Philosophy of Sport. 23, 30-44.
77
Kleijn, D., F. Berendse, R. Smit, N. Gilssen, J. Smit, B. Brak and R. Gröneveld (2004) Ecological effectiveness of agri-environmental schemes in different agricultural landscapes in The Netherlands. Conservation Biology, 18 (3), 775–786.
Kleijn, D., & Sutherland, WJ. (2003). How effective are European agri-environment schemes in conserving and promoting biodiversity? Journal of Applied Ecology,40(6), 947-969.
Klupfel, E. (2000). Achievement and opportunities in promoting the Ontario Environmental Farm Plan. Environments, 28 (1), 21-36.
Lafon, N. W., McMullin, S. L., Steffen, D. E., & Schulman, R. S. (2004). Improving stakeholder knowledge and agency image through collaborative planning. Wildlife Society Bulletin, 32(1), 220-231.
Lauber, T. B., & Knuth, B. A. (1999). Measuring fairness in citizen participation: A case study of moose management. Society & Natural Resources, 12(1), 19-37.
Lischka, S. A., Riley, S. J., & Rudolph, B. A. (2008). Effects of impact perception on acceptance capacity for white-tailed deer. Journal of Wildlife Management,72(2), 502-509.
Littlefield, J. (2010). Men on the hunt: Ecofeminist insights into masculinity. Marketing Theory, 10(1), 97-117.
Macdonald, D.W. and P.J. Johnson (2000). Farmers and the custody of the countryside: trends in loss and conservation of non-productive habitats 1981–1998. Biological Conservation, 94 (2), 221–234.
Madden, F. (2004). Creating coexistence between humans and wildlife: Global perspectives on local efforts to address human-wildlife conflicts. Human Dimensions of Wildlife, 9,247-257.
Madden, F. (2004b). Preventing and mitigating human-wildlife conflicts: World Parks Congress recommendation. Human Dimensions of Wildlife, 9 (4), 259-260.
Mann, S. (2013). Wildlife’s taste for horticultural crops costs millions of dollars, study says. In BetterFarming. Retrieved July 10, 2013, from http://www.betterfarming.com/online-news/wildlife%E2%80%99s-taste-horticultural-crops-costs-millions-dollars-study-says-11778
Marks, S.A. (1991). Southern hunting in black and white: Nature, history, and ritual in a Carolina community. Princeton: Princeton University Press.
Martínez-Espiñeira, R. (2006). Public attitudes toward lethal coyote control. Human Dimensions of Wildlife, 11(2), 89-100.
Matzdorf, B., & Lorenz, J. (2010). How cost-effective are result-oriented agri-environmental measures? An empirical analysis in Germany. Land Use Policy 27 (2), 535–544
Messmer, T. A., & Schroeder, S. (1996). Perceptions of Utah alfalfa growers about wildlife damage to their hay crops: Implications for managing wildlife on private land. Great Basin Naturalist, 56(3), 254-260.
Migratory Birds Convection Act, S.C. 1994, c. 22. Retrieved on July 15, 2013, from Government
78
of Canada’s Justice Laws Website http://laws-lois.justice.gc.ca/eng/acts/M-7.01/FullText.html
Mineau, P., & McLaughlin, A. (1996). Conservation of biodiversity within Canadian agricultural landscapes: Integrating habitat for wildlife. Journal of Agricultural & Environmental Ethics, 9(2), 93-113
Minnis, D. L. (2001). Issue management: Part and parcel of wildlife management. Wildlife
Society Bulletin, 29(3), 988-994.
Moulton, C. E., Brady, R. S., & Belthoff, J. R. (2006). Association between wildlife and agriculture: Underlying mechanisms and implications in burrowing owls. Journal of Wildlife Management, 70(3), 708-716.
Muhly, T. B., & Musiani, M. (2009). Livestock depredation by wolves and the ranching economy in the northwestern US. Ecological Economics, 68(8-9), 2439-2450.
Mussel, A. & Schmidt, C. (2009). An economic update of the wildlife impact assessment for Ontario agriculture (Prepared by the George Morris Centre on behalf of the Ontario Soil and Crop Improvement Association). Retrieved July 15, 2013, from http://ontariosoilcrop.org/docs/Wildlife_Update_Report_051109.pdf
Muth, R. M., Zwick, R. R., Mather, M. E., Organ, J. F., Daigle, J. J., & Jonker, S. A. (2006). Unnecessary source of pain and suffering or necessary management tool: Attitudes of conservation professionals toward outlawing leghold traps. Wildlife Society Bulletin, 34(3), 706-715.
Naughton-Treves, L., Grossberg, R., & Treves, A. (2003). Paying for Tolerance: Rural Citizens' Attitudes toward Wolf Depredation and Compensation. Conservation Biology, 17 (6),1500-1511.
Olson, K. M. (2002). Detecting a common interpretive framework for impersonal violence: The
homology in participants’ rhetoric on sport hunting, “hate crimes,” and stranger rape. Southern Communication Journal,67(3), 215-244.
Ontario Federation of Agriculture. (2009). Canada-Ontario Farm Stewardship Program
(COFSP). In Ontario Federation of Agriculture. Retrieved July 1, 2013, from http://ofa.on.ca/issues/fact-sheet/canada-ontario-environmental-farm-plan
Ontario Federation of Agriculture. (2012). Issues: Nuisance wildlife, what can farmers do? In
Ontario Federation of Agriculture. Retrieved August 5th, 2013, from http://ofa.on.ca/issues/fact-sheet/Nuisance-Wildlife-What-can-farmers-do-
Ontario Federation of Agriculture. (2012b). Changes needed in Species at Risk legislation. In OFA. Retrieved Sept 1, 2013, from http://www.ofa.on.ca/media/news/Changes-needed-in%20Species-at-Risk-legislation
Ontario Federation of Agriculture. (2012c). Preserving biodiversity is naturally part of a farmer’s job. In OFA. Retrieved Sept 1, 2013, from http://www.ofa.on.ca/about/county-federation-sites/russell/news/Preserving-biodiversity%20is%20naturally%20part%20of%20a%20farmer%E2%80%99s%20job
79
Ontario Federation of Anglers and Hunter (n.d.). Ontario Wildlife Crop Damage and Livestock Predation Assessment Manual. Retrieved July 12, 2013, from http://www.harvesthastings.ca/sites/www.harvesthastings.ca/files/e_WildlifeCropDamage3.pdf
Ontario Fruit and Vegetable Growers Association. (2009). Wildlife Conflicts. In OFVGA. Retrieved on July 15, 2013, from http://www.ofvga.org/wildlifecontrol.php
Ontario Fruit and Vegetable Growers Association. (2009b). Mission and Mandate. In OFVGA. Retrieved on July 20, 2013, from http://www.ofvga.org/mandate.php
Ontario Soil and Crop Improvement Association. (2000). Final Report: Wildlife Impact
Assessment for Ontario Agriculture. Retrieved on July 15, 2013, from http://www.ontariosoilcrop.org/docs/wildlife%20impact%20assessment%20for%20ontario%20agriculture%20march%202000.pdf
Ontario Soil and Crop Improvement Association. (2004). Probing Problem Wildlife: An Update on the Wildlife Action Project. Retrieved July 15, 2013, from http://www.ontariosoilcrop.org/docs/ProbingProblemWildlife.pdf
Ontario Ministry of Agriculture, Food and Rural Affairs. (2011). Growing Forward: Ontario Wildlife Damage Compensation Program. In OMAFRA. Retrieved June 25, 2013, from http://www.omafra.gov.on.ca/english/livestock/predation/owdcpover.htm
Ontario Ministry of Agriculture, Food and Rural Affairs. (2013). Canada-Ontario Environmental Farm Plan. In OMAFRA. Retrieved July 1, 2013, from http://www.omafra.gov.on.ca/english/environment/efp/efp.htm
Ontario Ministry of Natural Resources. (2007). Wild Turkey Management for Ontario. In MNR.
Retrieved August 25, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@fw/documents/document/200271.pdf
Ontario Ministry of Natural Resources. (2008). Strategy for Preventing and Managing Human- Wildlife Conflicts in Ontario. Retrieved on Sept 1, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@fw/documents/document/244546.pdf
Ontario Ministry of Natural Resources. (2008b). Strategy for Preventing and Managing Human- Deer Conflicts in Southern Ontario. Retrieved, July 1, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@fw/documents/document/244545.pdf
Ontario Ministry of Natural Resources. (2010). Conservation Land Tax Incentive Program: Community Conservation Lands Guide. In MNR. Retrieved June 15, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@cltip/documents/abstract/stdprod_068544.pdf
Ontario Ministry of Natural Resources. (2011). Bobolink (Dolichonyx oryzivorus). In MNR.
80
Retrieved July 2, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@species/documents/document/stdprod_085029.pdf
Ontario Ministry of Natural Resources. (2012). Wildlife Management. In Ontario Ministry of Natural Resources. Retrieved on August 20, 2013, from http://www.mnr.gov.on.ca/en/Business/FW/index.html
Ontario Ministry of Natural Resources. (2013). Bobolink (Dolichonyx oryzivorus) and Eastern Meadowlark (Sturnella magna): Draft Ontario Recovery Strategy. In MNR. Retrieved August 29, 2013, from http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@species/documents/document/stdprod_102881.pdf
Pechacek, P., Li, G., Li, J., Wang, W., Wu, X., & Xu, J. (2013). Compensation payments for downsides generated by protected areas. Ambio, 42(1), 90-99.
Perlut, N. G., Strong, A. M., & Alexander, T. J. (2011). A model for integrating wildlife science and agri-environmental policy in the conservation of declining species. Journal of Wildlife Management, 75(7), 1657-1663.
Peterson, M. N., Birckhead, J. L., Leong, K., Peterson, M. J., & Peterson, T. R. (2010). Rearticulating the myth of human-wildlife conflict. Conservation Letters, 3(2), 74-82.
Policy for Protecting Agricultural Property from Elk, WilPo.3.2.6, 2011. Retrieved August 20, 2013 from Ontario Ministry of Natural Resources website http://www.mnr.gov.on.ca/stdprodconsume/groups/lr/@mnr/@fw/documents/document/stdprod_068303.pdf
Protection of Livestock and Poultry from Dogs Act, R.S.O. 1990, Chapter L. 24. Retrieved August 20, 2013, from ServiceOntario website http://www.e-laws.gov.on.ca/html/statutes/english/elaws_statutes_90l24_e.htm
Redpath, S. M., Young, J., Evely, A., Adams, W. M., Sutherland, W. J., Whitehouse, A., et al. (2013). Understanding and managing conservation conflicts. Trends in Ecology & Evolution, 28(2), 100-109.
Reed, M. S. (2008). Stakeholder participation for environmental management: A literature review. Biological Conservation, 141(10), 2417-2431.
Reiter, D. K., Brunson, M. W., & Schmidt, R. H. (1999). Public attitudes toward wildlife damage management and policy. Wildlife Society Bulletin, 27(3), 746-758.
Robinson, G. M. (2006). Ontario's environmental farm plan: Evaluation and research agenda. Geoforum, 37(5), 859-873.
Rogers, R. A. (2008). Beasts, burgers, and hummers: Meat and the crisis of masculinity in contemporary
television advertisements. Environmental Communication: A Journal of Nature and Culture, 2(3), 281-301.
81
Riley, M. (2012). Farmers grapple with balancing agriculture and protecting the bobolink. In My
Kawartha. Retrieved August 29, 2013, from http://www.mykawartha.com/news-story/3699000-farmers-grapple-with-balancing-agriculture-and-protecting-the-bobolink/
Rollins, K., & Briggs, H. C. (1996). Moral hazard, externalities, and compensation for crop damages from
wildlife. Journal of Environmental Economics and Management, 31(3), 368-386.
Schmitzberger, I., Th. Wrbka, B. Steurer, G. Aschenbrenner, J. Peterseil and H.G. Zechmeister(2005). How farming styles influence biodiversity maintenance in Austrian agricultural landscapes. Agriculture, Ecosystems and Environment, 108 (3), 274–290.
Schwerdtner, K., & Gruber, B. (2007). A conceptual framework for damage compensation schemes. Biological Conservation, 134(3), 354-360.
Smithers, J., & Furman, M. (2003). Environmental farm planning in ontario: Exploring participation and the endurance of change. Land use Policy, 20(4), 343-356.
Sonnenberg, M. (2011). Province backs off bobolink hay ban. In Simcoe Reformer. Retrieved August 29,
2013, from http://www.simcoereformer.ca/2011/05/27/province-backs-off-bobolink-hay-ban Stier, J. C., & Bishop, R. C. (1981). Crop depredation by waterfowl - is compensation the
solution. Canadian Journal of Agricultural Economics-Revue Canadienne D Economie Rurale, 29(2), 159-170.
Stonehouse, D. P. (2004). Sustainability issues in the agri-food sector in ontario, canada. Journal of Sustainable Agriculture, 23(3), 109-124.
Stout, R. J., Decker, D. J., Knuth, B. A., Proud, J. C., & Nelson, D. H. (1996). Comparison of three public-involvement approaches for stakeholder input into deer management decisions: A case study. Wildlife Society Bulletin, 24(2), 312-317.
Thevathasan, N. V., & Gordon, A. M. (2004). Ecology of tree intercropping systems in the north temperate region: Experiences from southern ontario, canada. Agroforestry Systems, 61-2(1), 257-268.
Tilt, N. (n.d.). Farmers struggle with the implications of bobolink’s listing. In Ontario Farmer. Retrieved August 29th, 2013, from http://www.ontariofarmer.com/sitepages/?aid=3497&cn=AUCTION%20&%20CAREER%20LISTINGS&an=Farmers%20struggle%20with%20the%20implications%20of%20the%20bobolink%92s%20listing
Toombs, T. P., & Roberts, M. G. (2009). Are natural resources conservation service range management investments working at cross-purposes with wildlife habitat goals on western united states rangelands? Rangeland Ecology & Management, 62(4), 351-355.
Treves, A. (2008). The human dimensions of conflicts with wildlife around protected areas. In
82
Manfredo, M.J., Vaske, J.J., Perry, J.B., Duke, E.A., & Decker, D.J. (Eds). Wildlife and Society: The Science of Human Dimensions (214-228). Publisher: Unknown.
Treves, A., Wallace, R. B., Naughton-Treves, L., & Morales, A. (2006). Co-managing Human–Wildlife conflicts: A review. Human Dimensions of Wildlife, 11(6), 383-396.
Treves, A., Jurewicz, R. L., Naughton-Treves, L., & Wilcove, D. S. (2009). The price of tolerance: Wolf damage payments after recovery. Biodiversity and Conservation, 18(14), 4003-4021.
Van Tassell, L. W., Phillips, C., & Yang, B. (1999). Depredation claim settlements in wyoming. Wildlife Society Bulletin, 27(2), 479-487.
Wagner, K. K., Schmidt, R. H., & Conover, M. R. (1997). Compensation programs for wildlife damage in north america. Wildlife Society Bulletin, 25(2), 312-319.
Walter, W., Leslie, D., Hellgren, E., & Engle, D. (2010). Identification of subpopulations of north american elk (cervus elaphus L.) using multiple lines of evidence: Habitat use, dietary choice, and fecal stable isotopes.Ecological Research, 25(4), 789-800.
Wossink, A., van Wenum, J., Jurgens, C., & de Snoo, G. (1999). Coordinating economic, behavioral and spatial aspects of wildlife preservation in agriculture. European Review of Agricultural Economics, 26(4), 443-460.
Yoder, J. (2002). Estimation of wildlife-inflicted property damage and abatement based on compensation program claims data. Land Economics, 78(1), 45-59 http://www.humanwildlifeconflict.org/Downloads/WPC_IUCN-HDW.pdf \
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XI. Appendix
Appendix A
Source: http://www.thegrower.org/pdf/TheGrower_August%202013.pdf
Appendix B
Survey on Human-Wildlife Conflict Management for Crop Farmers in Ontario
You are invited to participate in a Senior Honors research study led by Leeza Shabekov, under the supervision of Stephen Murphy, the department chair of Environment and Resource Studies of the University of Waterloo. This email is being sent on behalf of the researchers and has been designed for farmers that grow all or a portion of their crops outdoors. In the last few years, the issues faced on farms due to wildlife presence have gained more attention. The purpose of this survey is to better understand these human-wildlife conflicts as well their management requirements from a crop farmer’s perspective.
If you decide to participate in this survey, it will only take you 10 minutes to complete and your participation will be fully anonymous. The survey questions focus on a variety of wildlife and conflict management issues. Participation is voluntary and you can choose to withdraw at any point during the survey by simply not pressing ‘submit’ and exiting the website.
Please be assured that your answers are completely confidential. There is no way of identifying a participant based on their answers and the results of this study. As well, the web site is programmed to collect responses alone and will not collect any information that could potentially identify you (such as machine identifiers).
To complete the survey, please click on the following link: https://www.surveymonkey.com/s/Survey4OntarioCropFarmers
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This survey is administered through Survey Monkey, which is an American company. Due to the Patriot Act, US authorities have the right to the survey data. If you would like to participate in the survey but would like to avoid Survey Monkey, please contact Leeza Shabekov using the contact info provided below so that you can submit your answers through an email or a paper survey. These methods would reduce your anonymity but will ensure full confidentiality.
The data collected will be maintained on a password-protected computer. As well, participant responses will be electronically archived and erased after the survey results have been analyzed.
If you have any questions about this study or would like to receive the study results upon completion please contact Leeza Shabekov at 519-721-7458 or email [email protected].
I would like to assure you that this study has been reviewed and received ethics clearance through a University of Waterloo Research Ethics Committee. However, the final decision about participation is yours. If you have any comments or concerns resulting from your participation in this study, please feel to contact Dr. Maureen Nummelin, the Director, Office of Research Ethics, at 1-519-888-4567, Ext. 36005 or [email protected].
Thank you for your time and consideration regarding this survey!
Appendix C
• The Protection of Livestock and Poultry from Dogs Act enables anybody, including farmers, to kill a dog that is injuring or killing livestock or is expected to (Protection of Livestock and Poultry from Dogs Act 1990).
• Ontario’s Elk Management Plan of 2010 resulted in a change to the Fish and Wildlife Conservation Act to include elk in the list of animals that can be harassed, captured or killed with an authorization from the MNR. The Policy for Protecting Agricultural Property from Elk also stems from the plan and includes guidelines for when this authorization may be given (Policy for Protecting Agricultural Property from Elk 2011).
• The Fish and Wildlife Conservation Act allows all property owners to kill or harass a wildlife animal on their property. It has a special section for farmers or their families to kill game wildlife during the open season without a license with some restriction on specie type. Body gripping traps are forbidden, but there are exceptions, including for farmers (Fish and Wildlife Conservation Act 1997). In 2008, this was expanded further by the MNR. Municipalities situated south of the French and Mattawa Rivers are now permitted Sunday hunting (Mussel &Schmidt 2009).
• There are also species of wildlife that are regulated on a federal level in Ontario. Under the federal Migratory Birds Convection Act, people must receive authorization to kill Canada geese from Environment Canada. The act, which is administered by the Canadian Wildlife Service (under Environment Canada) (Ontario Soil and Crop Improvement Association 2000), gives the protection of migratory birds a legal backbone by outlawing, for instance, pollution of water used by migratory birds and the destruction of nests. However, it also permits migratory bird hunting during the open season when a hunting permit is purchased (Migratory Birds Convection Act
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1994.;OMNR 2008). When Sunday hunting was introduced, The Migratory Bird Convention Act was changed to reflect this (Mussel & Schmidt 2009). Under the act, farmers are permitted to scare migratory birds away in any fashion without a permit as long as they don’t use aircraft or firearms. Special permits also exist to allow crop farmers to kill and harass with firearms, or collect and destroy game bird eggs, although municipal laws still apply (OSCIA 2000).
• In a multitude of Wildlife Management Units, which delineate hunting zones in major agricultural areas in Southern Ontario, deer hunting seasons are extended. There are also ‘special provisions’ that allow hunters to kills two deer in certain areas. When deer are causing damage outside of the hunting season, farmers can also apply for an Agricultural Deer Removal Authorization (Issuance of Deer Removal 2004).