A green revolution for Mozambique, march 5, 2015

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[email protected] Tel. +44 (0) 207 594 9337 Twitter:@Ag4Impact Facebook: One Billion Hungry Sir Gordon Conway Professor of International Development, Agriculture for Impact, Imperial College A Green Revolu,on for Mozambique? Maputo, Mozambique March 6 th , 2015

Transcript of A green revolution for Mozambique, march 5, 2015

[email protected] Tel. +44 (0) 207 594 9337 Twitter:@Ag4Impact Facebook: One Billion Hungry  

Sir Gordon Conway Professor of International Development,

Agriculture for Impact, Imperial College  

 

A  Green  Revolu,on  for  Mozambique?  Maputo,  Mozambique  March  6th,  2015  

The Global Crises

Financial

Food security

Water

Civil Strife

Climate Change

Energy Supply

Ecosystem Functions

‘A  Perfect  Storm’  

         The  Global  Crises  

Imperial  College,  London  

We  have  to  Intensify  

Imperial  College,  London  

Survival line

Months

Pote

ntia

l har

vest

(ton

s/ha

)

1

2

3

2 3 1 4

Weeds Pests

Drought

An  Insecure  Farm  

Imperial  College,  London  

Survival  line  

Months  

Poten,

al  harvest  (ton

s/ha

)  

1  

2  

3  

2   3  1   4  

Weeds  Pests  &  diseases  

Drought  Soil  Fer)lity  

>2  t/ha  

Resilient  Crops  

A  Secure  Farm  

Imperial  College,  London  

           The  Key  Ingredients    of  a                    Mozambique  Green  Revolu,on  

•  And  from  Value  Chains  to  Local,  Na,onal,  Regional  and  Interna,onal  Markets  

•  Linked  via  Warehouses  to  Value  Chains  and  Food  Processors  •  BEGIN  WITH  •  Farmers  with  rights  to  land  and  belonging  to  Farmer  Associa,ons  

•  With  easy  access  to  seeds,  fer,lisers,  credit  through  Agrodealers  

•  Provided  by  local  seed  and  fer,lizer  blending  companies  and  local  banks  

•  PLUS  •  Investments  both  technological  and  financial  •  Poli,cal  Leadership  and  appropriate  Enabling  Environments  

Sustainably  Intensifying  the  links    between  farmers    

Farmer Associations Cooperatives Cereal Banks Contract Farms Outgrowers

       Farmer  Associa,ons  

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Input Markets Input  Markets  

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         Seed  companies  

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         Warehouse              Uganda  

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         Warehouse              Mozambique  

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Maize  Cob  Sheller  

                     Youthful  entrepreneurs                Uganda  

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URBAN  LIVELIHOODS  

RURAL  DEVELOPMENT  

RESEARCH  &  DEVELOPMENT  

NATIONAL  MARKETS  

ASSUMED  RISK   NUTRITION  

WASTE  

ADDED  VALUE  

RURAL  LIVELIHOODS  

REGIONAL  MARKETS  

INTERNATIONAL  MARKETS  

FOOD  PRODUCTION  

VALU

E  CH

AINS  

LAND  TENURE  

BUILD  RESILIENCE  

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           Ethiopian              Commodity  Exchange  

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¡ There is not much more new arable

land available and water is scarce

¡ We have to intensify ¡ More with Less ¡ Greater productivity but minimised

environmental footprint

           We  have  to  Intensify  

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         But  it  has  to  be  sustainable  

•  With efficient and prudent use of inputs •  Pesticides, herbicides, fertilisers

•  Minimising emissions of Greenhouse Gases •  Methane, nitrous oxide, CO2

•  While increasing natural capital and environmental services •  Soil moisture, natural enemies of pests

•  Strengthening Resilience •  Reducing environmental impact

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                 We  need                    Precise  Technologies  

Microdosing  in  Niger  

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Microdosing  Water  

Drip  Irriga,on  

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           Targeted  Fer,lisers            Ethiopia  

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           Targeted  Fer,lisers            Mozambique  

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Blended  N,  P,  K  Zn,  Mo,  Bo,  S  Plus  Lime        4-­‐6  tons  /  ha  

Mul,ple  Approaches  

•  Ecology  

•  Gene,cs  

•  Socio-­‐economics  

•  plus  Integrated  Imperial  College,  London  

•  Use ecological principles to design agricultural practices

•  e.g. – Agroforestry – Integrated Pest

Management – Organic farming In

                                       Sustainable  Ecological    

                 Intensifica,on    

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Intercropping    maize  and  cowpea  

               Rotate  with  Legumes  

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Sustainable Genetic Intensification

•  Plants more nutritious –  carbohydrate and protein – micronutrients (Vit A, iron, zinc)

•  Plants more resilient to –  pests and diseases –  climate change

•  Plants more efficient at –  converting sunlight to food –  taking up nitrogen from

the atmosphere –  using water

Modern  Plant  Breeding  

                 Sustainable  Gene,c                Intensifica,on  

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                 Orange  Fleshed                    Sweet  Potatoes  

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Sustainably  Intensifying  the  links    between  farmers  and  markets  

Kenya  Sussex  

         Sustainable  Socio-­‐economic        Intensifica,on  

Tanzania  Imperial  College,  London  

•  Integrated  Pest  Management  (IPM)  

•  Integrated  Soil  Management  (ISM)  

         Integrated  Approaches                              

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Africa’s  Soils  are  Degrading  Rapidly  

For  SSA  land  degrada,on  hotspots  affect  26%  of  the  land  area    The  economic  loss  is  about  $68  billion  a  year  affec,ng  180  million  people       Imperial  College,  

London  

Healthy  Soils  

 A  Healthy  Soil  is  strong  in  Structure  With  an  op,mal  mix  of  large  and  small  par,cle  sizes  Providing  good  permeability  and  water  holding  capacity.  It  is  highly  fer,le  with  rich  humus  and  sufficient  nutrients  for  high  yields  It  is  also  rich  in  soil  biota  and  contains  no  pollutants.  

REPAIR,  RESTORE,  ENHANCE  AND  CARE   Imperial  College,  London  

Soil  Pit  Chimoio,  Mozambique  

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Maize  plus  mulch  only  Mozambique  

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Combining  Conserva,on  Agriculture  with  Microdosing  

Microdosing  

Conserva,on    Agriculture  

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Emissions  con,nue  to  rise    over  next  century,    leading  to  about  40C  above  preindustrial  

IPPC,  2014.  Summary  for  Policy  Makers    

           If  Greenhouse  Gas  Emissions                remain  High  

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More than 5% reduction in length of

growing period

Average Annual Max Temp > 300C

Source:  Ericksen  et  al  Mapping  hotspots  of  climate  change  and  food  insecurity  in  the  global  tropics  

Climate  Smart  Soil  

CLIMATE  SMART  SOIL  HELPS  AGRICULTURAL  SYSTEMS  BECOME  BETTER  ADAPTED  AND  RESILIENT  TO  THE  ADVERSE  EFFECTS  OF  CLIMATE  CHANGE,  WHILE  MINIMISING  THE  

EMISSIONS  OF  GHGS  AND  RESTORING  THE  LOST  CARBON  IN  THE  SOIL    

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Adapta,on  

•  Reducing  the  impact  of  high  temperatures  – Eg  by  Mulching  

•  Conserving  moisture  – Eg  Terracing    

•  Drought  Tolerant  Varie,es  – Eg  Maize  

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Increasingly  frequent  and  severe  droughts,  floods,  and  storms    Fer,le  lowlands  good  crops  but  can  be  destroyed  during  flood      Highlands  good  crops  of  maize  and  cassava  during  flood  years,  but  less  produc,ve  otherwise      

hOp://www.geog.ox.ac.uk/research/landscape/projects/adap)v...    Eduardo  Mondlane  

             Resilience  in  Nwadjahane,                Mozambique    

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Mi,ga,on  

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Carbon  Sequestra,on  

•  Key  is  Soil  Organic  Carbon  (SOC)  •  SOC  lost  due  to  agricultural  prac,ces  •  Can  be  put  back  – Conserva,on            farming  – Agroforestry  

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Risk  and  The  Dynamics  of  Resilience  

             The  Dynamics  of  Resilience  

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Farmer  Innova,on  in  the  Sunderbans  India  

                                     How  do  we  build                                          Resilient  Livelihoods?  

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Imperial  College,  London  

Imperial  College,  London  

                                   Poli,cal  Leadership  

Imperial  College,  London  

President  John  Kufuor,    Ghana  

President  Filipe  Nyusi,  Mozambique  

Rural Economy

Farm Household in a Farmer Association

Seed Co

Agro dealer

Fertiliser Co

Banks for microcredit

Local trader

Connectivity

Regional trade

National trade

Model  of  Alliance  for  a  Green  Revolu,on  for  Africa  (AGRA)  

             An  Enabling  Environment  

             It  is  about  People  

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