Agroecosystems and Sustainable Landscapes
Farmer input is essential to tackling global challenges of climate change, rural poverty and nutrition. A new data collection tool aims to build the biggest open-access dataset of its kind for development and research
Exploit local-level opportunities for sustainable land management: Lessons from a multistakeholder platform in Tanzania
With climate change, the issues of land are becoming more important. Land conditions are vulnerable to ongoing climate change, including increased rainfall intensity, flooding, drought frequency and severity, heat stress, dry spells, wind and sea-level rise. The 2019 Intergovernmental Panel on Climate Change (IPCC) Special Report on Climate Change and Land notes that sustainable land management can contribute to climate change adaptation and mitigation. There is rising appreciation of context-specific options, which include local and indigenous knowledge of communities on sustainable land management. As such, land users’ priorities, perceptions, experiences and knowledge in sustainable land management need more attention. Further, economic, political and social factors can create opportunities or constrain land use and management, and its contribution to climate change adaptation and mitigation.
Regional research project seeks to promote the development of cacao to continue competing in the European market
The Latin American and Caribbean region (LAC) is the main producer of fine flavor cacao in the world. The contribution of LAC to the worldwide production of cacao, currently 17%, has nearly doubled in the last decade, taking advantage of the growth of global and regional demand for cacao by consumers. Cacao buyers obtain part of their supply from LAC to diversify and ensure their supply, forecasting the growing demand for fine flavor cacao in the world market and anticipating the negative impacts of climate change, among other factors, in West Africa, where most of the conventional cacao is currently produced.
When Simon and Sylvia Kiruja started their farm three years ago, they never imagined it would get so big they would need a bigger plot. Their three cows used to bring them 7 litres of milk a day. Today, their 45 cows deliver more than 250 litres daily, contributing around US$1,700 monthly depending on the season, to the Kiruja’s income.
As Ethiopia approaches 105 million people, the growing demand for food is expanding agriculture into marginal, forest, and natural conservation areas. Human-induced activities include population pressure, agricultural expansion, logging, and development, which have been challenging development and conservation efforts. As cultivation and grazing expand into peripheral and conservation areas, land degradation in the form of deforestation, soil erosion, and nutrient mining as well as conflict between land uses and users accelerate the vulnerability of local farmers to climate change. Despite the environmental, social, and economic benefits of biodiversity and natural ecosystem conservation, the reality is that views that strictly exclude the human element are no longer an option.
The wild relatives of chile peppers, pumpkins, carrots, and lettuce join a growing list of poorly conserved plant species. These ancient plants have genes that may help our food withstand the harsh climate of our future. If they don’t go extinct first
Growing up in the wild makes plants tough. Wild plants evolve to survive the whims of nature and thrive in difficult conditions, including extreme climate conditions, poor soils, and pests and diseases. Their better-known descendants – the domesticated plants that are critical to a healthy diet – are often not nearly as hardy. The genes that make crop wild relatives robust have the potential to make their cultivated cousins – our food plants – better prepared for a harsh climate future. But a series of new research papers show these critical plants are imperiled.
The prize intends to award 10 participants from around the globe who have compelling visions of what regenerative and nourishing food environments will look like in 2050. Individuals, organizations, institutions, companies, and other entities across the globe are encouraged to participate.
Subnational climate-smart agriculture (CSA) action planning: Lessons learned with Veronica Ndetu, head of the Climate Change Unit of the Ministry of Agriculture
Climate-smart agriculture (CSA) is the proposed approach in the face of climate variability. The government of Kenya, through the Ministry of Agriculture, is playing an active role in advocating for the uptake of CSA both nationally and subnationally.
Going forward, the UM6P and the Alliance between Bioversity International and CIAT will work to initiate cooperation in research, education, and outreach with the aim of contributing to the advancement of science to address the challenges of sustainable agricultural intensification globally.
The outcomes will nurture new CIAT collaborations in Brazil and help us jointly build a biodiversity monitoring approach that can meet both CIAT’s and USAID’s objectives. Furthermore, the approach will be useful for other institutions specialized in biodiversity monitoring, as well as for the private sector as a way to evaluate the performance of their activities in the Amazon region. In fact, such a tool can benefit all sectors of society engaged in the difficult task of balancing the trade-offs between development and environmental conservation.