Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier...

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Integrating the Integrating the Monitoring of Agricultural Pests Monitoring of Agricultural Pests into Biodiversity Assessments into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource Sustainability University of Illinois at Urbana- Champaign

Transcript of Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier...

Page 1: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Integrating the Integrating the Monitoring of Agricultural Pests Monitoring of Agricultural Pests into Biodiversity Assessmentsinto Biodiversity Assessments

Integrating the Integrating the Monitoring of Agricultural Pests Monitoring of Agricultural Pests into Biodiversity Assessmentsinto Biodiversity Assessments

Gail E. KampmeierIllinois Natural History Survey

Institute of Natural Resource SustainabilityUniversity of Illinois at Urbana-Champaign

Gail E. KampmeierIllinois Natural History Survey

Institute of Natural Resource SustainabilityUniversity of Illinois at Urbana-Champaign

Page 2: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Agriculture as a Measure of Biodiversity

Agriculture as a Measure of Biodiversity

Traditionally, agriculture = downgraded

ecosystem a poor relation to the ideal

biodiverse ecosystem of "Nature" Agriculture has its own

challenges Reduced diversity - easily

discovered by pests Monocultures - species, cultivars Spatial regularity - row crops,

crowding Selection pressure: environment

modified by use of pesticides, resistant cultivars, planting date

Traditionally, agriculture = downgraded

ecosystem a poor relation to the ideal

biodiverse ecosystem of "Nature" Agriculture has its own

challenges Reduced diversity - easily

discovered by pests Monocultures - species, cultivars Spatial regularity - row crops,

crowding Selection pressure: environment

modified by use of pesticides, resistant cultivars, planting date

Page 3: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Wealth of DataWealth of Data

Aside from scientists interested in conservation of genetics of crops & their wild relatives, few agricultural scientists see the value of their data to the biodiversity community Value in peer-reviewed publications, not data

publication Concern about losing control of their dataset

Biodiversity community has traditionally only paid attention to what is stored in museums or databanks

Aside from scientists interested in conservation of genetics of crops & their wild relatives, few agricultural scientists see the value of their data to the biodiversity community Value in peer-reviewed publications, not data

publication Concern about losing control of their dataset

Biodiversity community has traditionally only paid attention to what is stored in museums or databanks

Page 4: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Land Managers, Climate Change Specialists NeedLand Managers, Climate Change Specialists Need

More than one-off collections of taxa Sampling biased by

collector, but not always apparent

Need measures over time of Presence and absence Diversity

Under varying conditions

More than one-off collections of taxa Sampling biased by

collector, but not always apparent

Need measures over time of Presence and absence Diversity

Under varying conditions

Page 5: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Agricultural Research has Rich Data Heritage

Agricultural Research has Rich Data Heritage

Purposefully constructed hypotheses tested in Variety of (controlled) habitats

& (uncontrollable) abiotic conditions

Replicated experimental designs Examine effects of manipulation

of the environment on species behavior

Samples taken at uniform intervals over seasons, years

Purposefully constructed hypotheses tested in Variety of (controlled) habitats

& (uncontrollable) abiotic conditions

Replicated experimental designs Examine effects of manipulation

of the environment on species behavior

Samples taken at uniform intervals over seasons, years

Page 6: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Integrated Pest ManagementIntegrated Pest Management

Sets an economic threshold for making decisions on strategies for maintaining pests at, or below a threshold of economic loss (economic injury level)

The choice of strategies can conserve Biodiversity Water, air, & soil quality money

Sets an economic threshold for making decisions on strategies for maintaining pests at, or below a threshold of economic loss (economic injury level)

The choice of strategies can conserve Biodiversity Water, air, & soil quality money

Brewer, et. al. 2009. Opportunities, experiences, Brewer, et. al. 2009. Opportunities, experiences, and strategies to connect integrated pest and strategies to connect integrated pest management to U.S. Department of Agriculture management to U.S. Department of Agriculture Conservation programs. Conservation programs. American Entomologist American Entomologist 55(3):140-146.55(3):140-146.

Page 7: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Aphids - Pucerons - Afidos

Aphids - Pucerons - Afidos

Direct pests of plants Vectors of plant viruses Produce honeydew

Food source for ants, predators, & parasitoids

Molds

Damage to crops depends on when & in what numbers they appear in the field

Direct pests of plants Vectors of plant viruses Produce honeydew

Food source for ants, predators, & parasitoids

Molds

Damage to crops depends on when & in what numbers they appear in the field

Complex life cycleComplex life cycleMacrosiphum rosaeMacrosiphum rosae photo courtesy Alex Wild 2008, photo courtesy Alex Wild 2008, http://myrmecos.wordpress.com/

Page 8: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Aphids MoveAphids Move

Walking Intraplant Interplant

Flying Intrafield Interfield Migration over 100s of

kilometers

Walking Intraplant Interplant

Flying Intrafield Interfield Migration over 100s of

kilometers

Cartoon by John SherrodCartoon by John Sherrod

Page 9: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Tracking the Russian

wheat aphid

Tracking the Russian

wheat aphid

Page 10: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Bugs = "Angel Echoes"Bugs = "Angel Echoes"

CHILL Radar CHILL Radar located in located in Greeley, Greeley, ColoradoColorado

Page 11: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Tracking Aphids at Elevations Above Ground Level (AGL)

Tracking Aphids at Elevations Above Ground Level (AGL)

Air temperature Insects, including

aphids accumulate at or in inversions (temperatures are warmer than the air below)

Wind speed Below jet, aphids local In jet, had traveled

overnight from sources 240-400 km south from overwintering populations

Air temperature Insects, including

aphids accumulate at or in inversions (temperatures are warmer than the air below)

Wind speed Below jet, aphids local In jet, had traveled

overnight from sources 240-400 km south from overwintering populations

Page 12: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Mapping to Darwin CoreMapping to Darwin Core

Presence/Absence ObservationsTaxon informationSampling units known volume of

airLarge amount of related

observations of air temperature, radar observations

Presence/Absence ObservationsTaxon informationSampling units known volume of

airLarge amount of related

observations of air temperature, radar observations

Page 13: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Soybean Aphid: Invasive Species in North AmericaSoybean Aphid: Invasive Species in North America

Direct pest of soybean

Suction trap network set up in U.S. Midwest Prediction of

infestation level Indicator to

farmers to scout for signs of aphids

Direct pest of soybean

Suction trap network set up in U.S. Midwest Prediction of

infestation level Indicator to

farmers to scout for signs of aphids

http://www.ncipmc.org/traps/index.cfm

Page 15: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Weekly DataWeekly Data Flights arriving late

August built up on late soybean, leaving in September as soybean dried down & flying to Rhamnus

Flights arriving late August built up on late soybean, leaving in September as soybean dried down & flying to Rhamnus

Page 16: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Soybean Aphids SwarmSoybean Aphids Swarm

Photo courtesy Alex Wild 2009, Photo courtesy Alex Wild 2009, http://myrmecos.wordpress.com/

Page 17: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Date Date 20092009

DeKalbDeKalb MetamoraMetamora UrbanaUrbana Dixon Dixon SpringsSprings

31 July31 July 00 00 00 00

07 Aug07 Aug 33 11 00 00

14 Aug14 Aug 2121 2020 33 77

21 Aug21 Aug 3737 -- 2020 22

28 Aug28 Aug 210210 188188 3939 5151

04 Sept04 Sept 4141 8080 1515 166166

11 Sept11 Sept 88 3030 3333 1111

18 Sept18 Sept 680680 86008600 10001000 1414

25 Sept25 Sept 91869186 53755375 1828018280 2929

Weekly Suction Trap Counts in Illinois

Weekly Suction Trap Counts in Illinois

Page 18: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Implications of Darwin Core for Agricultural Data

Implications of Darwin Core for Agricultural Data

Simple Darwin Core Most agricultural

data fit rows/columns

Fields used only once

No minimum/ maximum data

Will include samples with 0 to multiple observations for a taxon

Simple Darwin Core Most agricultural

data fit rows/columns

Fields used only once

No minimum/ maximum data

Will include samples with 0 to multiple observations for a taxon

Challenges Human observations

(not preserved) thus not given an identifier

Asked to think about data in unaccustomed ways

Asked to document items usually noted once in a field notebook

Challenges Human observations

(not preserved) thus not given an identifier

Asked to think about data in unaccustomed ways

Asked to document items usually noted once in a field notebook

Page 19: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

Example of SimpleDarwinRecord

Example of SimpleDarwinRecord

Easier to use Excel spreadsheet or create a database template to export to Excel

Easier to use Excel spreadsheet or create a database template to export to Excel

Page 20: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

ChallengesChallenges Mixture of

observations & vouchered specimens

Results buried in literature

Little or no metadata for raw data

Scientists have little incentive to go to extra trouble to share

Mixture of observations & vouchered specimens

Results buried in literature

Little or no metadata for raw data

Scientists have little incentive to go to extra trouble to share

Page 21: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

ConclusionsConclusions

If we want to incorporate agricultural datasets into our biodiversity assessments, we will need to work with these scientists to make it easy to provide their data in a format that is fit for use by the biodiversity community.

If we want to incorporate agricultural datasets into our biodiversity assessments, we will need to work with these scientists to make it easy to provide their data in a format that is fit for use by the biodiversity community.

Biocontrol in action!Biocontrol in action!Aphis nerii being eaten by a syrphid Aphis nerii being eaten by a syrphid fly larva. Photo courtesy Alex Wildfly larva. Photo courtesy Alex Wild

Page 22: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

How do we do this?How do we do this?

Jim Case provided in talk earlier today, Bring groups together Provide introductory guides (documents) Provide links to resources Registry system Discussion forums bring users together

And engage the cooperation of journals to provide a home for data with its metadata

Jim Case provided in talk earlier today, Bring groups together Provide introductory guides (documents) Provide links to resources Registry system Discussion forums bring users together

And engage the cooperation of journals to provide a home for data with its metadata

Page 23: Integrating the Monitoring of Agricultural Pests into Biodiversity Assessments Gail E. Kampmeier Illinois Natural History Survey Institute of Natural Resource.

AcknowledgmentsAcknowledgments Illinois Department of Energy

and Natural Resources Illinois Natural History Survey Illinois State Water Survey University of Illinois North Central Regional IPM National Science Foundation Hatch ILLU-370 Global Biodiversity Information

Facility Biodiversity Information

Standards (TDWG)

Illinois Department of Energy and Natural Resources

Illinois Natural History Survey Illinois State Water Survey University of Illinois North Central Regional IPM National Science Foundation Hatch ILLU-370 Global Biodiversity Information

Facility Biodiversity Information

Standards (TDWG)