The majority of smallholder farmers in Ethiopia depend on rainfall-fed subsistence agriculture for their livelihoods and are highly vulnerable to climate change and variability. To address the negative impacts of climate change, climate-smart agriculture technologies are implemented and practiced in Doyogena climate-smart landscape. However, there are specific CSA activities that need gender mainstreaming.

How could having farmers play experiential games contribute to improving groundwater governance? These games are an example of an innovative procedure, a policy instrument or institutional tool, which those involved in improving groundwater governance could use to understand their problems and opportunities; consider and possibly agree on norms or rules that might avoid aquifer depletion, and create shared gains that use water more productively.

This training manual supported participants in learning the pre-processing tool to provide the user with enhanced time-series processing capabilities and access to various open-source satellite data, learning basic scripts in Google Earth Engine for activities related to floods and drought in showcasing the application of water resource management. Specifically, the experts will give more focus to Google’s Earth Engine platform to showcase large- and small-scale scientific analysis and visualization of geospatial datasets. The codes and step by step procedure are given in the manual.

Report No. 2: Collection of policies and database on food, land and water systems in Lao PDR (as 20 December 2022).

Increased diversification of rural households into the rural non-farm economy is an important driver of economic growth and structural transformation in countries like Ethiopia where the vast majority of people live in rural areas and are largely dependent on seasonal agriculture. Some of the benefits of diversification include efficient utilization of asset endowments (e.g., labor during dry season) and reduction of risks.

The School of Agriculture, Earth and Environmental Sciences strongly believes in supporting advances in various aspects of rangeland science and community development practices in the rangeland ecosystem. There is increasing need to have well trained personnel with expertise in sustainable rangeland management, to provide leadership and stewardship for a sustainable framework for managing rangelands.

Resilience has traditionally been understood as a function of observable and measurable characteristics. More recently, discussions of household resilience have emphasized the need to pay attention to resilience as a set of capacities. What this paper aims to develop is a framework and a methodology for accounting both tangible and intangible characteristics found in the household, that is, measuring assets, social capital, as well as inherent personal characteristics or traits of the household decision-maker that may or may not predispose a household to be resilient.

Under its new research for development (R4D) initiative on digital innovation and transformation, the Consultative Group on International Agriculture Research (CGIAR), organised a two-day workshop on 8 and 9 November 2022, at Bhubaneswar, Odisha, India. The workshop was aimed to better understand the actor landscape of the digital ecosystem in food-water-land systems.

Food production faces interlinked challenges with increasing uncertainties from the increasing impacts of climate change and variability. The underlying philosophy of CSA is the development and promotion of an integrative approach that results in landscape management for productive croplands, livestock, forests, and fisheries. It aims for improved food and nutrition security and equitable livelihoods. The program seeks to support the achievement of three outcomes i.e.

Tartary buckwheat (Fagopyrum tataricum) has been cultivated for over one thousand years in the Liangshan Prefecture of Sichuan, China. Growing population pressures, economic modernization pressures, and the erosion of traditional culture have led to the rapid loss of area covered by Tartary buckwheat landraces. Morphological and molecular characterization of 112 Tartary buckwheat accessions from 29 populations were assessed based on 10 morphological traits of seeds and 10 SSR markers, respectively.

Animals provide services such as pollination and pest control in cacao agro- forestry systems, but also disservices. Yet, their combined contributions to crop yield and fruit loss are mostly unclear. In a full-factorial field exper- iment in northwestern Peru, we excluded flying insects, ants, birds and bats from cacao trees and assessed several productivity indicators. We quan- tified the contribution of each group to fruit set, fruit loss and marketable yield and evaluated how forest distance and canopy closure affected pro- ductivity.