innovation for sustainability and resilience, the case of aquatic systems

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Innovations for sustainability and resilience in aquatic systems Tabeth Matiza Chiuta, WorldFish Regional Director for Africa [on behalf of Dr. Steven Hall] 19 th July 2013, Accra, Ghana

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Presentation by Dr Tabeth Chiuta, Regional Director for Africa, Wolrdfish

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Page 1: Innovation for sustainability and resilience, the case of aquatic systems

Innovations for sustainability and resilience in aquatic systems

Tabeth Matiza Chiuta, WorldFish Regional Director for Africa [on behalf

of Dr. Steven Hall]19th July 2013, Accra, Ghana

Page 2: Innovation for sustainability and resilience, the case of aquatic systems

4 issues

• Fish – trends and opportunities

• Aquaculture innovation

• Taking a systems approach

• Making it happen through partnerships

Photo Mongu fisher lady - switch

Page 3: Innovation for sustainability and resilience, the case of aquatic systems

Global consumption patterns

Page 4: Innovation for sustainability and resilience, the case of aquatic systems

Global consumption patterns

Page 5: Innovation for sustainability and resilience, the case of aquatic systems

Growth in demand for fish (2007 – 2015)

Source: Cai (2011) Preliminary notes on forecasting the country’s future demand for fish.

Page 6: Innovation for sustainability and resilience, the case of aquatic systems

Growing importance of aquaculture

• Growing gap between demand and supplyo Most traded food

commodity

• Stable or declining capture fisheries

• Rapid growth in aquacultureo 6% per year in past

5yrso 12 million Asian fish

farmers

Global fish production

1970 1980 1990 2000 20100

10

20

30

40

50

60

70

80

year

mill

ion t

onnes

capture

culture

source: FAO

Page 7: Innovation for sustainability and resilience, the case of aquatic systems

7

African aquaculture lagging behind

Aquaculture• 50% of global fish supply• 16% of African fish supply

Prod

uctio

nM

illio

n to

nnes

1995 2000 2005 2010

2

4

6

Page 8: Innovation for sustainability and resilience, the case of aquatic systems

Aquaculture Growth in Egypt

Page 9: Innovation for sustainability and resilience, the case of aquatic systems

Aquaculture Growth in Ghana

Page 10: Innovation for sustainability and resilience, the case of aquatic systems

Innovation – genetic improvementGenetic gain in GIFT in Malaysia (>10% per generation)

Page 11: Innovation for sustainability and resilience, the case of aquatic systems

Components Objectives

1. Fish and shrimp seed Dissemination of improved quality lines of fish and shrimp seed

2.2. Household aquaculture Improving the nutrition and income status of farm households

3. 3. Commercial aquaculture

Increasing investment, employment and fish production through commercial aquaculture

4. Institution and policy Support to regulatory reform and institutional capacity building for sustainable aquaculture growth

Innovation – systems improvement

Page 12: Innovation for sustainability and resilience, the case of aquatic systems

Innovation - value

Page 13: Innovation for sustainability and resilience, the case of aquatic systems

Innovation – 3 components

Page 14: Innovation for sustainability and resilience, the case of aquatic systems

Aquatic Agricultural Systems

Need to take a systems approach to innovation

Major demand and opportunity in Africa to harness the potential of

increased fish production

Opportunities and capacity to innovate

Fish + Agriculture +

Page 15: Innovation for sustainability and resilience, the case of aquatic systems

Rural poverty and AAS

Source: Bené & Teoh, in prep.

System Area (km²)

People Living in poverty

Africa – freshwater

800,000 70m 43m

Africa – coastal

300,000 12m 7m

Page 16: Innovation for sustainability and resilience, the case of aquatic systems

AAS livelihoods in Zambezi basin

livestock

cropsfish

nrm

Page 17: Innovation for sustainability and resilience, the case of aquatic systems

Aquatic Agricultural Systems

Beyond commodities to focus on systems’ and

livelihoods

Page 18: Innovation for sustainability and resilience, the case of aquatic systems

AAS research agenda

• Sustainable increases in productivity – crops, fish, livestock

• Improved access to markets• Strengthened resilience and adaptive

capacity• Enhanced gender equality in access to and

control of resources and decision making• Improved policies and institutions• Scaling up (knowledge sharing and learning)

Page 19: Innovation for sustainability and resilience, the case of aquatic systems

AAS Southern

Polder Zone

WHEAT; GRiSP

CPWF - WLE

CCAFS

A4NH

PIM

CGIAR Alignment

L&F

Page 20: Innovation for sustainability and resilience, the case of aquatic systems

AAS innovation

• Gender• Nutrition• ME&IA• Scaling• Partnerships• Capacity

dep’t

Page 21: Innovation for sustainability and resilience, the case of aquatic systems

AAS – African Partnership – NEPAD; FARA

• Choosing where we work

• Knowledge, information and technology systems

• Joint communications• Building capacity

Page 22: Innovation for sustainability and resilience, the case of aquatic systems

Thank You