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Improving Agricultural Extension Systems for Wider Adoption of Technologies: Project highlights and main objectives
This introduction on the project inception workshop summarizes the project highlights and main objectives of the project Designing effective Extension Service Delivery Systems for Enhancing Wider Adoption of Agricultural ...
Socio-economic characterization of Gumara-Maksegnit watershed
Watershed degradation in Ethiopia has been intensified by a combination of factors such as improper agricultural practices on steep slopes, indiscriminate cutting of trees for fuel and construction and illegal/improper ...
Strategizing for out-scaling Proven Technologies and Innovations
The presentation concerns the benefits of out-scaling, the fundamentals of adoption and diffusion, the use of system thinking in reserach and concludes with water management strategies on a watershed level.
Farmers’ perception on climate change, their vulnerability to the adverse effects of climate change, and their adaptation strategies
The effects of climate change vary across regions, households, individuals and farming systems, and so do farmers’ adaptation strategies. In the Amhara region, little is known about how climate change affects rainfed ...
Bio-economic system model at the watershed level
The bio-economic and climate change modeling work under this project aims at mimicking the current decision making process of farmers in a systems’ context by intermarrying both the socioeconomic and biophysical dynamics ...
Improving Agricultural Extension Systems for Wider Adoption of Technologies inception workshop: Group formation
Improving Agricultural Extension Systems for Wider Adoption of Technologies inception workshop: Group formation
Improving Agricultural Extension Systems for Wider Adoption of Technologies inception workshop agenda
Improving Agricultural Extension Systems for Wider Adoption of Technologies inception workshop agenda.
Progress on Socio-Economic Research in the Gumara-Maksegnit watershed
The ppt descibes three major components:
1. Bio-economic modeling of the watershed to simulate system/watershed outcomes under different scenarios. (a) Aggregation based on detailed modeling of decisions by different farm ...