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Resilience Strategy

Content Type
Author or Institution as Author
Bokang Mantutle
Date of publication
Institution
Mauritius
Language
Gender marker
Youth marker
Description/Abstract

Food insecurity and climate change are having a dire impact on many households in Lesotho. This situation can be addressed together by transforming agriculture and adopting practices that are “climate-smart” and sustainable.

Farmers and rural communities are under the greatest threat from climate change, but they could also play a major role in addressing it. Climate-smart farming techniques such as Conservation Agriculture and improved Home Gardening and Nutrition would increase food production, incomes and food security while making agriculture more resilient to climate change. Besides, sustainable land management practices are essential to protect Lesotho’s natural resources and rural livelihoods.

In this repository website, you will find harmonized visual training materials developed in Lesotho to promote CSA among communities, farmers, students, decision makers and the general public. 

Keywords
Food insecurity
Climate change
Climate-smart
Sustainable
Contact name (for further information)
Bokang Mantutle
Contact institution (for further information)
Mauritius
Citation

Bokang Mantutle, 2016. Resilience Strategy.

The Windhoek Declaration for Enhancing Resilience to Drought in Africa

Content Type
Author or Institution as Author
Namibia
Date of publication
Institution
Namibia
Language
Gender marker
Youth marker
Description/Abstract

We, the African Member States and Parties to the United Nations Convention to Combat Desertification (UNCCD), Ministers, Heads of Delegation and Experts, attending the High Level Meeting of the first African Drought Conference (ADC);

Having met in Windhoek, Namibia from the 15 – 19 August 2016;

Congratulate the Government of Namibia and the UNCCD Secretariat for coordinating and organizing the first African Drought Conference, and thanking in particular NEPAD and all sponsors of the ADC.

Recognizing the alarming impacts of the recent 2015/2016 El Nino events as one of the most severe in recent decades
across Africa.

Keywords
Drought
Contact name (for further information)
Namibia
Contact institution (for further information)
Namibia
Citation

Namibia, 2016. The Windhoek Declaration for Enhancing Resilience to Drought in Africa.

Think Namibia Factsheet 5

Content Type
Author or Institution as Author
Emilia Chioreso
Co-authors

Rennie Munyayi

Date of publication
Institution
Think Namibia
Language
Gender marker
Youth marker
Description/Abstract

In Namibia, agriculture and forestry contributes 5.1% to the Gross Domestic Product (GDP) and livestock alone contributes 3.5% which is a contribution of 68.63 % to the Agricultural GDP (Namibia Statistical Agency’s, 2012).

In addition, agriculture plays a critical role in the formal and informal economy supporting 70% of the population directly or indirectly through employment and income generation (Ministry of Environment and Tourism, 2015).

Crop production activities in Namibia are limited, mainly due to the arid climate and low rainfall patterns. Small-scale farmers use traditional methods of production that are characterised by low productivity (Ministry of Foreign Afairs of Finland, 2015).

This weakens the food security of the population and the dependence on rain-fed agriculture increases the vulnerability of farming systems and predisposes rural households to food insecurity and poverty.

It is projected that the reduction in crop yields will have devastating impacts on food security at both national and household levels. Under the current conditions, the agriculture sector in Namibia needs to grow by 4% a year to meet the food requirements for the expanding population (Ministry of Foreign Afairs of Finland, 2015).

In light of these challenges, Namibia needs to adapt its agricultural practices and increase the resilience of livelihoods to be able to withstand the challenges posed by Climate Change to sustain development and growth of the country. This is why Climate Smart Agriculture (CSA) is an important topic for discussion at all levels of the society.

Keywords
Agriculture
Forestry
Livestock
Crop production
Contact name (for further information)
Emilia Chioreso and Rennie Munyayi
Contact institution (for further information)
Think Namibia
Citation

E. Chioreso and R. Munyayi. (2015). Think Namibia Factsheet. Namibia.

Growth, phenological and yield responses of a bambara groundnut (Vigna subterranea L. Verdc) landrace to imposed water stress under field conditions.

Content Type
Author or Institution as Author
Tafadzwanashe Mabhaudhi
Co-authors

Albert T Modi

Date of publication
Institution
South African Journal of Plant and Soi
Language
Gender marker
Youth marker
Description/Abstract

Bambara groundnut (Vigna subterranea (L.) Verdc.) is an underutilised species with potential to contribute nutritional and food security in marginal areas. Growth, phenology and yield of a local bambara groundnut landrace from Jozini, KwaZulu-Natal, characterised into three selections according to seed coat colour, namely Brown, Red and Light Brown, were evaluated under irrigated and rain-fed field conditions at Roodeplaat, Pretoria, over two seasons (2010/11 and 2011/12). Trials with three replicates were planted under rain-fed and irrigated conditions with seed colour as a subfactor. Emergence (up to 35 d after planting), plant height, leaf number, leaf area index, chlorophyll content index and stomatal conductance were measured in situ. Yield and components of yield were determined at harvest. The Red, Brown and Light Brown landrace selections emerged well (84%, 81% and 51%, respectively). Plant physiological and growth parameters of stomatal conductance, chlorophyll content index, plant height, leaf number, leaf area index and biomass accumulation were lower under rain-fed relative to irrigated conditions. Adaptations were landrace selection-specific, with the Brown and Red landrace selections showing better adaptation to rain-fed conditions. Under rain-fed conditions, bambara groundnut landrace selections flowered, senesced and matured earlier relative to irrigated conditions. Consequently, there were lower yields under rain-fed compared with irrigated conditions. The Red and Brown landrace selections may have drought-avoidance mechanisms. Seed colour may be used as a selection criterion for drought tolerance in bambara groundnut landraces.

Keywords
bambara groundnut landraces, chlorophyll, drought, leaf area index, stomatal conductance, yield
Contact institution (for further information)
South African Journal of Plant and Soi
Citation

Tafadzwanashe Mabhaudhi & Albert T Modi (2013) Growth, phenological and yield responses of a bambara groundnut (Vigna subterranea (L.) Verdc.) landrace to imposed water stress under field conditions, South African Journal of Plant and Soil, 30:2, 69-79, DOI: 10.1080/02571862.2013.790492

CCARDESA Category

Smallholder Adoption of Conservation Agriculture and Greenhouse Gas Reduction Potential in Mozambique and Lesotho

Content Type
Date of publication
Institution
AAEA & CAES
Language
Gender marker
Youth marker
Description/Abstract

The 2013 AAEA & CAES Joint Annual Meeting in Washington, DC will offer AAEA members, CAES members, and other applied economists a chance to interact and learn over the course of the three day meeting on August 4-6. This year’s meeting features a large amount of educational content including:

More than 150 educational sessions

Over 200 posters on display, with opportunities to interact with their authors

Multiple plenary sessions each day, featuring high-profile speakers

Common research topics include:

International development

Climate change

Biofuels

Linkages between food and health

The Farm Bill

Land use and water resource issues

Regional economics

Business economics

Behavioral economics

The meeting will also feature a number of chances for attendees to connect and network at the welcome and closing receptions, receptions for specific Sections of AAEA, and evening gatherings organized by universities and government agencies.

Other Partners

AAEA

CAES

Keywords
Economics
Contact institution (for further information)
AAEA & CAES

Early establishment performance of local and hybrid maize under two water stress regimes.

Content Type
Author or Institution as Author
T. Mabhaudhi
Co-authors

A.T. Modi

Date of publication
Institution
South African Journal of Plant and Soil
Language
Gender marker
Youth marker
Description/Abstract

Maize (Zea mays L.) is the major grain crop in South Africa where most subsistence farmers still plant landraces. The objective of this study was to compare two landrace selections of maize with two hybrids popular among small-scale farmers in KwaZulu-Natal, for seed performance and water stress tolerance during seedling establishment. Two variations of a local landrace, white (Land A) and dark red (Land B), were compared to two hybrids, SC701 and SR52. Standard germination test and electrical conductivity were used to assess seed quality under laboratory conditions. Seedling emergence was performed in seedling trays using pine bark at 25% and 75% field capacity (FC), respectively, over a period of 21days. All seed types showed high germination capacity (>93%). There were highly significant differences (p<0.001) among seed types with respect to daily germination and germination velocity index (GVI). Landraces germinated slower than the hybrids. Landraces showed a 20% better root length and 41% lower electrolyte leakage than hybrids. There were differences (p<0.001) in seedling emergence between 25%FC and 75%FC. Hybrids showed better emergence at 75% FC. At 25% FC seedling emergence was drastically reduced (>5% in all varieties). Hybrids emerged faster than the landraces in both water regimes. Landraces performed better than hybrids under stress conditions. This study showed that landraces may have the same viability as hybrids and a better tolerance to stress during early establishment of the crop.

Other Partners

Crop Science, School of Agricultural Sciences and Agribusiness, Faculty of Science and Agriculture, University of KwaZulu-Nata

Keywords
Conductivity, emergence, germination, hybrids, landrace
Contact email (for further information)
Contact institution (for further information)
South African Journal of Plant and Soil
Citation

T. Mabhaudhi & A.T. Modi (2010) Early establishment performance of local and hybrid maize under two water stress regimes, South African Journal of Plant and Soil, 27:4, 299-304, DOI: 10.1080/02571862.2010.10639998

CCARDESA Category

Country Climate Smart Agriculture Programme

Content Type
Author or Institution as Author
Ministry of Environment and Tourism Namibia
Date of publication
Institution
Ministry of Environment and Tourism Namibia
Language
Gender marker
Youth marker
Description/Abstract

Agriculture in Namibia plays a critical role in the formal and informal economy supporting 70% of the population directly or indirectly through employment and income generation. The agricultural sector in Namibia contributes over 10% to the GDP of which 75-80% can be attributed to livestock farming. The livestock industry accounts for 90% of all agricultural production in Namibia with approximately 60% of households owning cattle, including nearly 40% of poor households. Crop production activities in Namibia are limited, mainly due to the arid climate and low rainfall patterns. Rain-fed crops include pearl millet, sorghum and maize are the most dominant crops grown in Namibia. The average yield for these crops ranges from 24.7 ton for pearl millet, 72,438 for maize and 14,819 for wheat. The dependence on rain-fed agriculture increases the vulnerability of farming systems and predisposes rural households to food insecurity and poverty. However, the reduction in crop yields will have devastating impacts on food security at both national and household levels. Under the current conditions, the agriculture sector in Namibia needs to grow by 4% a year to meet the food requirements for the expanding population. In light of these challenges, Namibia needs to adapt its agricultural practices and increase the resilience of livelihoods to be able to withstand the challenges posed by climate change to sustain development and growth of the country.

Keywords
Formal and Informal economy
Employment and Income generation
Contact institution (for further information)
Ministry of Environment and Tourism Namibia
Citation

Ministry of Environment and Tourism Namibia. (20150. Country Climate Smart Agriculture Programme. Namibia.

Conservation Agriculture to take center stage

Content Type
Author or Institution as Author
New Era News Namibia
Date of publication
Institution
Namibia
Language
Gender marker
Youth marker
Description/Abstract

The eyes of some 180 000 Namibia’s communal crop farmers  are firmly focused on the implementation of the European Union’s Conservation Agriculture Project for Namibia via the International Food Organisation (FAO) after N$40 million was approved for this proven practice. This will be emphasised in strong terms after the Ministry of Environment and Tourism has indicated that it will celebrate the World Day to Combat Desertification on June 17 in Omuthiya with special focus on conservation agriculture (CA). 

Keywords
Conservation Agriculture
Soil fertility
Contact name (for further information)
New Era Staff Reporter
Contact institution (for further information)
New Era News Namibia
Citation

New Era News. (2015). Select Conservation Agriculture to take center stage. Namibia.

Conservation tillage name of the game

Content Type
Author or Institution as Author
New Era Staff Reporter
Date of publication
Institution
Farmers Forum Namibia
Language
Gender marker
Youth marker
Description/Abstract

Scientific trials on farms on Namibia-specific Conservation Agriculture or Tillage (NSCA) over the last ten years have been revolutionising rain fed grain crop yields to the extent that Namibia could become self sufficient in millet and maize production in the not too distant future despite the effects of climate change.

This is the expert opinion of independent consultant and acknowledged conservation agriculturalist beyond Namibian borders, Rod Davis. “Far from our crop production being liable to drop by 50% because of climate change according to the ‘experts’, we are presently seeing millet yields increasing from the national average of 300 kilogrammes per hectare to 3000 kilogrammes and more even during the current severe drought. Would interested and affected parties, including ministries, please take note. (CA) Conservation Agriculture practises, such as no-till, that work in other countries don’t work here because of our low and erratic rainfall and degraded soils,” says Davis.

He adds that Conservation Tillage (CT) is specifically designed for Namibian conditions and it really works and its benefits extend to soil degradation reversal; farmer livelihood improvement; food security; combating deforestation and labour saving per unit of yield, the list goes on. The system employs, as part of the package, Namibian unique Ripper Furrowing (RF) tillage technology. RF is a combined operation where the implement rips 30 centimtres deep, shattering the hard pan caused mainly by the compacting effect of disc harrowing, whilst at the same time forming water harvesting furrows. The rip line is at the base of the furrow where the crop is planted while the furrow sides deliver 75% more moisture to the crop. Crop rotation with legumes is also part of the system with indigenous cowpea, bambara nut and ground nut which are all highly nutritious as well as marketable.

“To us and also to the rapidly growing number of CT/CA farmers, to whom we have introduced the system, there is no need to spend any more time dithering and wondering what to do next! The system definitely works really very well whether small or large scale.

However; some problems need to be addressed, as follows:

RF alone, without the rest of the package, will not improve the soil. Yields will increase initially with deeper rooting finding leached nutrients plus the additional moisture. Therefore, in the medium term yields are likely to drop back meaning farmers will become disillusioned,

Presently there are no less than ten Namibian based organisations involved in CT/CA, six directly and four indirectly with some variances in approach and methodology. To ensure that farmers are basically told the same thing by these initiatives, a more associative approach between these organisations for better harmonised introduction and adoption should be considered. This would hopefully also assist in more collaboration and less competition as at present,CT/CA should be regarded as a continuum with changes made when needed and recognised, and of course agreed upon. For example Conservation Agriculture Namibia (C.A.N.) have introduced what is called the 2,2,2, crop rotation system where two rows of a grain crop next to two rows legume and two rows grain crop are planted (grains are either indigenous mahangu or short season drought resistant maize). This works well in that nitrification by the legume adjoining the mahangu or maize is quicker.

On the farmers’ side, the most important element is, as always, management. This is the golden rule for the extraordinary high yields being achieved.

Keywords
Conservation Agriculture
Soil degradation reversal
Farmer livelihood improvement
Food security
Combating deforestation
Labour saving per unit of yield
Contact name (for further information)
New Era Staff Reporter
Contact institution (for further information)
Farmers Forum Namibia Namibia
Citation

Farmers Forum Namibia, New Era Staff Reporter. (2015). Conservation tillage name of the game.

Adapting to Climate Change Through the Improvement of Traditional Crops and Livestock Farming in Namibia

Content Type
Author or Institution as Author
Jessica Troni
Date of publication
Institution
United Nations Development Programme (UNDP)
Language
Gender marker
Youth marker
Description/Abstract

Namibia is one of the most arid countries south of the Sahara. Around 70 % of the population lives in rural areas. Fishery, tourism and agriculture form the basis of the country's economy. However, the economy is held back by low demand for domestic products as well as high transport costs and competition with products from South Africa. Climatic variability is a common phenomenon in Namibia, exhibited by persistent droughts, and unpredictable and variable rainfall and temperatures. Land degradation - soil erosion, bush encroachment, deforestation - and desertification are increasingly a threat to agricultural productivity. Climate change reports predict an increase in temperature and a lower amount of rainfall. Changing patterns and intensity of rainfall are likely to increase the rate of soil erosion, affecting crop production and livestock. An increased incidence and severity of extreme weather events such as flooding will worsen soil erosion and destroy crops. Climate change will affect the agricultural yield directly through changes in temperature and precipitation, and indirectly through changes in soil quality, pests, and diseases. In response this project aims at enhancing the adaptive capacities of farmers, pastoralists and natural resource managers to climate change in agricultural and pastoral systems. The project is working to develop and pilot a range of effective coping mechanisms for the reduction of the farmers' and pastoralists' vulnerability to climate change and variability. The following coping mechanisms were chosen for the project intervention: Improved seeds, Aquaculture, Livestock, Rainwater harvesting, Conservation agriculture, Drip irrigation, Buffalo grass. As target group 500 farming households were chosen. 

Keywords
Fishery
Tourism
Agriculture
Climate change
Land degradation
Soil erosion
Bush encroachment
Deforestation
Desertification
Contact name (for further information)
Jessica Troni
Contact email (for further information)
Contact institution (for further information)
United Nations Development Programme (UNDP)
Citation

Jessica Troni , 2011.  Adapting to climate change through the improvement of traditional crops and livestock farming in Namibia.

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Funding Partners

4.61M

Beneficiaries Reached

97000

Farmers Trained

3720

Number of Value Chain Actors Accessing CSA

41300

Lead Farmers Supported