Ejemplares similares: Biophysical characterization: Sustainable Intensification Mixed Farming system (SI-MFS) sites in Ethiopia
- Land use and land cover change and system level analysis to guide sustainable intensification efforts in mixed crop-livestock farming system
- Transforming Ethiopia’s agroadvisory: Harmonizing two agronomy use-cases for tailored, site-specific agronomic solutions
- Biophysical and Socioeconomic Geodatabase for Land Productivity Dynamic Assessment in Ethiopia
- Land suitability analysis for cereal-forage legume mixed cropping system
- Biophysical and socioeconomic geodatabase for land productivity dynamic assessment in Ethiopia
- Questionnaire on SI-MFS Baseline Survey in Bangladesh
Autor: Tesfaye, Getachew
- Pathways for food and land-use systems in Ethiopia: 2023 Scenathon results
- Home gardens make nutritious food accessible in Ethiopia
- Biophysical characterization: Sustainable Intensification Mixed Farming system (SI-MFS) sites in Ethiopia
- In season crop monitoring of agricultural interventions using remote sensing in smallholder farmers setting: The case of Northern Ghana
- Capacity-building training manual: Postharvest handling and diversified, nutritious food preparation and consumption patterns
- Land suitability analysis for cereal-forage legume mixed cropping system
Autor: Tibebe, Degefie
- Pathways for food and land-use systems in Ethiopia: 2023 Scenathon results
- Identification and prioritization of context-specific climate smart agricultural (CSA) practices in Ethiopia: A framework approach
- Site-specific fertilizer recommendation using data driven machine approaches enhanced wheat productivity and resource use efficiency
- Downscaling ESA CCI Soil Moisture Using Sentinel-1 SAR Data: A case study in the Abbay River Basin in Ethiopia
- Integrating legume-based systems into wheat monoculture: Agronomic and soil fertility impacts in the southeastern highlands of Ethiopia
- Advancing institutional innovations for scaling soil and water conservation in three regions of Ethiopia