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Agriculture and natural resources, Information and Communications Technology
Agriculture and natural resources, Climate change, Environment
Agriculture and natural resources, Energy, Governance and public sector management, Poverty
Agriculture and natural resources, Governance and public sector management, Health, Poverty, Social development and protection
Agriculture and natural resources, Climate change, Environment
Agriculture and natural resources, Economics
Agriculture and natural resources, Climate change
Agriculture and natural resources, Health, Social development and protection
Agriculture and natural resources, Capacity development, Environment, Governance and public sector management, Health, Water
Agriculture and natural resources, Infrastructure, Regional cooperation and integration
Japan guides the way on smart farming technology adoption
Japan is highly developed in smart farming areas and has adopted a variety of cutting-edge digital technologies.
Integrated solutions to rangeland degradation in Mongolia
The Mongolian rangelands are sensitive to climate change and variability, and their degradation has been alarming.
Driving household energy modernization in South Asia amid COVID-19
Policy makers must consider the possible impacts of the pandemic on households’ energy choices and their access to clean fuels.
Rebooting food systems to achieve the unfinished agenda of global food security
Food insecurity continues to be a pressing issue worldwide, despite scientific innovation and technological advancements in agriculture. Therefore, food security continues to be at the center of the global development agenda. The burgeoning demand for food due to exponential growth in the world’s population and the mismatch between demand and supply due to factors such as climate change, loss of soil fertility, land degradation, water scarcity, food loss and waste, and inefficient distribution systems, have exacerbated the problem of food insecurity.
Unraveling the linkages between agriculture and climate change
The connection between climate change and agriculture (both crops and livestock) is complex. On the one hand, agriculture is adversely affected by climate change (Aryal et al. 2020a; Lobell et al. 2011), but on the other hand, it is also one of the major factors exacerbating climate change (Smith et al. 2008; Aryal et al. 2020b). Climate-smart agriculture (CSA) could play a crucial role in reducing GHG emissions and mitigating the adverse effects of climate change.
Transitioning to high-value agriculture through cluster-based development
Income growth, urbanization, nutritional awareness, and supermarket revolutions in Asia are fueling demand for high-value agricultural products (HVPs), such as vegetables and fruits. This change in consumer demand can provide new agri-food market opportunities, which in turn can contribute to numerous Sustainable Development Goals through increased rural income, rural livelihood improvement, and rural poverty reduction.
Autonomous adaptation: Community approaches to coping with climate change
Human activity is accelerating climate change, and those most at risk are vulnerable populations in developing countries that are already suffering from chronic poverty. These countries also tend to be ones that contribute only negligibly to climate change. The changing climate is waiting for no one—most of us have already experienced, read, or researched its impacts, and scientists have gravely warned of the consequences in the form of wildfires, droughts, floods, and landslides, among others.
Enhancing agriculture potential in developing countries during the COVID-19 crisis
Much of the displaced labor force from urban centers is moving back to rural homes due to closures from restrictions put in place to combat the coronavirus disease (COVID-19). It is important that this displaced labor force is put in a working environment and kept engaged, specifically in the agricultural sector, so that such the young and energetic in the workforce are not left out. A disgruntled labor force without financial support might turn to unwanted or illegal activities.
Do the socioeconomic spillovers from sewage treatment plants in developing countries justify heavy investment in them?
Decent sanitation for all is crucial for rapidly urbanizing developing countries, such as India. As large volumes of wastewater in developing countries remain untreated, the investments in treatment facilities have not kept pace with the steady increases in population and urbanization and the resulting increases in wastewater volumes.
Perspectives on Mekong-Japan cooperation for inclusive growth and mutual benefits
Rapid economic development in recent decades has transformed Southeast Asia and prepared the region to join international production networks, which allow greater exports of manufacturing products, textiles, and other primary high-quality valued added products to the international market. This economic development has been achieved thanks to investments from around the globe into the region as a result of a favorable labor force, connectivity and innovation growth, and regional political stability as driven by the Association of Southeast Asian Nations (ASEAN) vision.
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