Land degradation in the drylands - Models to help smallholder farmers cope

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Land degradation in the drylands Models to help smallholder farmers cope Dr William D Dar Director General ICRISAT

Transcript of Land degradation in the drylands - Models to help smallholder farmers cope

Page 1: Land degradation in the drylands - Models to help smallholder farmers cope

Land degradation in the drylandsModels to help smallholder farmers cope

Dr William D DarDirector General ICRISAT

Page 2: Land degradation in the drylands - Models to help smallholder farmers cope

Drylands: Calling urgent attention

• Home for > 2 m people• Prone to severe land degradation – 12 m ha-1 y-1 lost• Water scarcity and low crop yields• Huge untapped potential• Increasing human pressure to produce more

Page 3: Land degradation in the drylands - Models to help smallholder farmers cope

Drylands: Huge untapped potential

Current farmers’ yields are lower by 2 to 5 folds than the achievable yields

Vast potential of rainfed agriculture needs to be harnessed

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1976 1980 1984 1988 1992 1996 2000 2004 2008 2012

Yie

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Year

BW1

BW4

Rate of growth

Rate of growth20 kg ha-1 y-1

Carrying Capacity27.2 persons ha-1

Carrying Capacity4.8 persons ha-1

Observed potential yield

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Large yield gaps to be bridgedExamples of observed yield gap (for major grains) between farmers’ yields and achievable yields (100% denotes achievable yield level, and columns actual observed yield levels).

(after Rockström et al., 2007).

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Drylands: Calling urgent action on humanitarian grounds

• Harness the untapped potential • Science-led climate smart agriculture• Holistic and participatory local

solutions for global problems• Actions are needed at all levels

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Diversifying systems with climate smart crops

• Climate smart crops like nutritious cereals

• High temperature tolerant short-duration cultivars– Pearl millet– Sorghum– Finger millet

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Legumes as soil health and human nutrition builders

• Legumes fix nitrogen biologically• Build organic carbon• Provide nutritious protein for

people and animals• Legumes can revolutionize

drylands

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Promoting dryland crops• Source of micronutrients like Fe• Low glycemic index• Low water requiring climate smart crop• Dryland – dinner with millet-based food – Join us

and be a change agent

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Smartfood:Good for you, good for the planet

• Dryland cereals and legumes are healthy, with low water footprint

• Millet is a major dryland cereal and consumed as flat breads, noodles, steamed grains, healthy snacks, cakes and biscuits

• A billion people consume these in different forms

• Nutrient dense e.g., finger millet –a rich source of Ca (344 mg Ca per 100 g) – 3x more than milk

• Investing in millet and improving their value will help dryland farmers and the planet

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Integrated watershed management: Entry point for sustainable development

• Improved productivity livelihoods and sustainability• Diversified sources of livelihoods• Built resilience of the community and systems

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Scaling-up for impactsBhoochetana (Land Rejuvenation)

Despite poor rains in 2011, 3 million farmers saw their yields increase by up to 66%, bringing extra profits of $130 million. Dr Suhas Wani who is in-charge of these two programmes will discuss this in more detail tomorrow.

• Soil health diagnosis as an entry point

• Holistic approach from diagnosis – delivery system inputs availability

• Regular and rigoruous monitoring and evaluation

• Minimized land degradation

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Bhoochetana

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Sustainable land management on global agenda • Enhance awareness amongst

different stakeholders (farmers – policymakers and local to global levels

• Scaling-up for impacts?• Campaign to rejuvenate

degraded lands: Bhoochetana• The Economics of Land

Degradation Initiative is crucial • Improved and sustained

ecosystems

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ICRISAT is a member of the CGIAR Consortium

We can and we must make the difference.

Thank you!