Blog

Biodiversity conservation is essential to development––across multiple sectors, geographies, and contexts. Geospatial analysis can support integration of biodiversity conservation with a range of sectors at USAID, including climate change, and a new guide, developed by USAID’s Office of Forestry and Biodiversity and the Bureau for Latin America and the Caribbean, explains how.

• 04/23/2020
• Mark Higgins

The current global pandemic from COVID-19 is a potent, pressing example of why the international community must focus more on preparedness and risk analysis for a multitude of disasters. Disasters, from floods to droughts to heightened risks of conflict, are increasing in frequency and intensity due to climate change, environmental degradation, and social tensions.

• 04/22/2020
• Sarah Henly-Shepard, Ali Blumenstock

USAID/Peru’s Amazonia Verde project aims to conserve biodiversity and ecosystem services in priority areas of the Peruvian Amazon and to reduce greenhouse gas (GHG) emissions and land use change. To achieve these goals, an inter-office design team at the USAID/Peru Mission spent two years designing an integrated project that supports biodiversity conservation, combats illegal logging and deforestation, addresses negative impacts of extractive industries, strengthens Indigenous people’s rights and resources, and supports Peru’s international commitment to reduce GHG emissions

• 04/14/2020
• USAID Biodiversity Integration Case Studies

Climate adaptation and disaster risk management (DRM) are connected by the common goal of reducing the impacts of disasters, minimizing the consequences of extreme events, and increasing resilience. Valuable knowledge sharing and partnership opportunities exist for those willing to bridge climate adaptation and DRM. Climate change can increase the risk of disaster by increasing hydrometeorological hazards -- such as storms, flooding or drought -- that result in damage or loss of life.

• 04/01/2020
• Isabela Barriga

There is an increasing awareness of the importance of adapting agricultural systems and rural livelihoods to the challenges caused by climate change. This awareness has come hand in hand with the need to guarantee that both men and women — of different ages and ethnicities — can adapt equally to the effects of climate change. And while, in recent years, the importance of integrating gender issues in climate change initiatives in the agricultural sector has been increasingly acknowledged, it is not always obvious how to systemically and practically carry out gender integration.

• 03/31/2020
• Mariola Acosta, Lauren Sarruf Romero

Located in Indonesia’s East Java Province, Kalikatir Village is prone to flash flooding caused by the Klorak River. The river runs through three villages: Dilem and Begaganlimo in the upstream, and Kalikatir in the downstream. A major flash flood that hit Kalikatir in 2017 was a warning for the 1,500 people that live there. Even though there were no casualties due to the flood, the physical damage was substantial, and had a big impact on people’s lives.

• 03/18/2020
• Yovianus Toni Sakera, Nyoman Prayoga, Stella Yovita Arya Puteri

In this post, the Feed the Future Enabling Environment for Food Security (EEFS) project describes how its Water Governance Scorecard can inform policy discussions on water use within the agriculture sector. Water is at the nexus of food security and climate risk management. Smallholder farmers depend on reliable access to water to support production through rainfall and/or irrigation systems. As climate risks mount, variability in water availability and allocation will affect the competitiveness and resilience of the agriculture sector.

• 03/17/2020
• Feed the Future Enabling Environment for Food Security

The transformative process involved in implementing climate-smart agriculture (CSA) practices can be well observed in the villages of Los Cerrillos and El Danubio in the Cauca department of Colombia where a Climate-Smart Village (CSV) site is located. CSV is an initiative of the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS) in conjunction with the Ecohabitats Foundation and these two communities were chosen to be part of the project due to their vulnerability to climate change and high dependence on agricultural activities.

• 03/11/2020
• CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS)

According to the Intergovernmental Panel on Climate Change’s Special Report on Climate Change and Land, changing precipitation patterns, increasing temperatures, and more frequent extreme weather events are already affecting food security. As extreme events occur more regularly, food systems are likely to be disrupted, creating challenges in food access and potentially causing price fluctuations.

• 02/28/2020
• Stephan Hardeman

In Ethiopian cuisine, onion rules. Stews, sauces, and salads all rely on onions as a star ingredient, and market stalls are stacked high with fragrant bulbs. Across the country, onions contribute significantly to food security, adding taste and nutrients to diets otherwise mainly made up of cereals. Despite their popularity, onion crops yield much less in Ethiopia than in other African countries. Farmers here, like elsewhere, use irrigation to cultivate onions. In fact, farmers prefer to irrigate onion more than other crops, thanks to the high demand and high prices for onions. But yields remain low.

• 02/27/2020
• Agrilinks Team

The impacts of climate change on crop yields, as projected by a slew of impact assessments carried out since the 1980s, have brought the issue of future food insecurity to the fore. A meta-analysis of ~27,000 data points from studies published over the last four decades reveals that at country level, average impacts of climate change on crop yields up to the 2050s are generally small (but negative) for rice and wheat, and modest for maize, provided farmers adopt practices and technologies such as improved varieties, planting at optimal times, and improved water and fertilizer management.

• 02/26/2020
• Climatelinks

Many of the effects of changing climate patterns on food security are obvious. For example, more frequent and extreme droughts and floods are making farming more challenging, leading to abbreviated growing seasons, lost crops, and depleted family food stores. But climate variability and change are causing many other less obvious effects on food security, many of which are just beginning to be understood.

• 02/25/2020
• Christine Chumbler

Around the world, rooted in discriminatory gender norms and shrouded in impunity, gender-based violence (GBV) occurs in all societies as a means of control, subjugation and exploitation that further feeds gender inequality.

• 01/30/2020
• International Union for Conservation of Nature

Strong, resilient infrastructure can help countries better prepare for climate variability and change, such as more severe and frequent weather events or sea level rise. Basic infrastructure is failing, insufficient, or non-existent in many developing countries, and changes in climate can damage infrastructure across sectors from energy, health, education, and others.

• 01/29/2020
• Isabela Barriga

The Climatelinks community contributed over 100 resources in 2019 on a wide range of topics, from monitoring and evaluation of urban climate adaptation to climate risk screening tools for low-emission energy development. Each contribution is available from the Climatelinks Resource Library.

• 12/24/2019
• Isabela Barriga