ABOUT US

The project is an initiative of the Government of Sudan with the aim of contributing to the CGIAR research and technology and at the same time be able to benefit from it. The research on agricultural dryland systems has the the highest potential of benefiting to Sudan’s agriculture. The main focus of the project is that of identifying and disseminating improved crops varieties, range, livestock and sustainable farming practices. The ultimate goal is improved food security, nutrition and NRM.

Period of Implementation

Jul 22, 2015 - Dec 31, 2021
Total Budget

USD 786,919.00

OUR IMPACT

Goals

In terms of strategic goals the projects main aims are : - Reduced Poverty - Capacity Development - Improved Natural Resources Systems and Ecosystems Services These are to be achieved through 3 different project components, as following: - Agro-pastoral Systems: improved Resilience and Productivity - Watershed Management: improved agricultural water productivity - Irrigation Management: Sustainably Intensified Wheat-Legume Systems

Objectives

The three project components and relative goals are aimed at: - Increasing agricultural productivity in general; - building resilience; - livelihoods’ enhancement; - Reducing land degradation; - Enhancing partner and beneficiaries’ research and development capacity.

Problems and Needs Analysis

Sudan covers 1,886,068 km² and is home to a total population estimated at 38 million. The country has a high poverty rate with low HDI. The country’s land resources are dominated by arid and semi-arid ecosystems, a vulnerable situation for rainfall-dependent agro-pastoral areas (the most prevalent form of agriculture in Sudan). Pastoral and agro-pastoral systems are the mainstay of the economy as products derived from these livestock systems are the primary source of income – especially in Kordofan. However livestock productivity is low due to insufficient feeding capacity, lack of veterinary services and water scarcity. The small holder farmers are also at a market disadvantage due to lack of market information, bargaining and access. Furthermore, land degradation and limited water storage capacity, due to inappropriate resource management and climate change, are a serious concern. Land degradation, water scarcity and climate change have a negative impact also on wheat production: the major source of calories and protein in the country.

Intervention Strategy(ies)

The current research for development proposal is consistent with the results-based country strategic opportunities program (COSOP) for the Sudan and is aligned with the Government’s rural and agriculture development strategies . The goal of improving food security and incomes for poor rural people will be achieved through increase in productivity of crops and small ruminants, and access to market. The goal of reducing land degradation and improving NRM will be achieved through the development and adoption of integrated watershed management. This approach would be beneficial in improving socio-economic conditions of farmers depending on rain-fed agriculture. Capacity-building activities will be directed at farmers, researchers and extension agents to accelerate knowledge on participatory watershed development and management. The improvement of wheat adaptation and production will be reached through the improvement of the seed systems; irrigation management and access to markets.

Impact Pathway

The impact pathways wants to represent the logic of the project. At its core are the three main components identified on the basis of project components which fall under Project Research & Development Outcomes. Each of these is represented as an achievement that derives from reaching the six determined project outputs. Achieving goals at output and outcomes level will contribute to reach project objectives, i.e. sub-intermediate Development outcomes- as specified on the logframe. The sub-intermediate development outcomes fall under specific system level goals- CGIAR strategic goals, which in this case have been identified to be: Reduced Poverty; Capacity Development; Improved NRM.

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WHERE WE WORK

RESOURCES

Doka watershed soil database

Author(s): Mira Haddad | Stefan Strohmeier

Date: 2018-12-10 | Type: Dataset - Sub-type(s): Other (Soil profile data for different locations)

SWAT weather generator for Doka watershed

Author(s): Mira Haddad | Stefan Strohmeier

Date: 2018-12-10 | Type: Dataset - Sub-type(s): Other (Generated weather data)

SWAT model weather input data

Author(s): Mira Haddad | Stefan Strohmeier

Date: 2018-12-10 | Type: Dataset - Sub-type(s): Other (Weather input data for SWAT model)

Channel flow assessment through water level monitoring

Author(s): Stefan Strohmeier

Date: 2018-05-20 | Type: Manual

Using range and forage species to improve the system’s productivity and to build resilience of agro-pastoral systems in semi-arid North Kordofan-Sudan Annual Report

Author(s): Mounir Louhaichi | Sawsan Hassan | Hloniphani Peter Moyo

Date: 2018-04-12 | Type: Report - Sub-type(s): Internal Report

Farm Pond

Author(s): Stefan Strohmeier | Mira Haddad

Date: 2018-03-10 | Type: Image - Sub-type(s): Photo

NEWS & EVENTS