Climate, Peace and Security Fact Sheet Mali
Mali is characterised by short-term climate variability, and is vulnerable to long-term climate change due to high exposure to the adverse effects of climate change, but also high population growth, diminished resilience and multiple violent conflicts. Mali is forecast to become hotter with more erratic rainfall, impacting seasonal regularity and increasing the risk of droughts and floods. Moreover, conflict, political instability and weak government institutions undermine effective adaptation to climate change.
Climate, Peace and Security Fact Sheet Mali
Mali is characterised by short-term climate variability, and is vulnerable to long-term climate change due to high exposure to the adverse effects of climate change, but also high population growth, diminished resilience and multiple violent conflicts. Mali is forecast to become hotter with more erratic rainfall, impacting seasonal regularity and increasing the risk of droughts and floods. Moreover, conflict, political instability and weak government institutions undermine effective adaptation to climate change.
The impact of climate change on Africa’s peace and security
The gradual rise in global temperatures, irregular rainfall and floods have indirect, complex and coherent implications for peace and security. On March 9 2021, the African Union (AU) Peace and Security Council met at state level to discuss these challenges. The Peace and Security Council presented various recommendations concerning climate and security. This op-ed is based on the communique published after the meeting and presents opportunities for how the African Union, together with regional economic communities/regional mechanisms, member states and others, can work together to strengthen efforts surrounding climate and security challenges.
The Impact of Climate Change on Peace and Security in Somalia: Implications for AMISOM
The February 2021 mandate renewal for the African Union Mission in Somalia (AMISOM) is an opportunity to review what we know about climate change and security in Somalia, and to consider what governments and multilateral organisations can do to improve the way they manage climate related security risks. Research finds no direct causal relationship between climate and conflict but has identified multiple pathways through which climate-related change interacts with political, social, and environmental stresses to compound existing vulnerabilities and tensions. These factors combined can undermine development gains, impact the dynamics of ongoing violence and disrupt fragile peace processes. Additional pressures, such as COVID-19, compound the risk and makes a country like Somalia even more vulnerable to shocks and setbacks, as the recent political crisis shows.
Non-Arctic countries and Arctic politics
Talk at roundtable seminar organized by Japanese Institute of International Affairs and the Norwegian Embassy in Japan. Part of the NUPI project for the Munich Security Conference.
Invited speaker: Russian climate politics
Invited speaker on Russia's climate politics, at SWP-Berlin's Working Group on Russia: Annual conference, 7 December 2020
Emerging Lessons from Implementing Climate-Related Peace and Security Mandates
Six of the ten largest United Nations-led peace operations in 2020 were located in countries that are the most exposed to climate change. Both UN peacekeeping operations and special political missions are increasingly mandated by the UN Security Council to consider and respond to climate-related security risks. In response, UN peace operations have tried to more effectively respond to climate-related peace and security challenges by adapting existing approaches and exploring innovative new ways in which to operationalize these tasks. Efforts to translate these climate and environmental-related mandates into policies and practices are a work in progress, and can benefit from ongoing learning, monitoring, and adaptation. In this regard, lessons and good practices for integrating climate-related security risks into policies, analysis, activities, and reporting are beginning to emerge.
Lorax in Motion: Mapping Amazon Ecosystem Networks
This is the second in our “Lorax in Motion” series, which reports on our reflections from the project as it unfolds.
Using satellite data and machine learning to study conflict-induced environmental and socioeconomic destruction in data-poor conflict areas: The ca...
This paper studies socioeconomic and environmental changes in the neighboring areas Bangladesh-Myanmar border from 2012 to 2019, thus covering the period before and after the 2017 Rakhine conflict in Myanmar and outflux of refugees across the border to Bangladesh. Given the scarcity and costliness of traditional data collection methods in such conflict areas, the paper uses a novel methodological model based on very-high-resolution satellite imagery, nighttime satellite imagery, and machine-learning algorithms to generate reliable and reusable data for comparative assessment of the impacts of the Rakhine conflict. Assessments of welfare and environmental risks using this approach can be accurate and scalable across different regions and times when other data are unavailable. Key findings are: the general livelihood situation has worsened and income sources shrunk in Rakhine; forced migration damaged the ecologically fragile regions in the two countries; the destruction of aquaculture wetland ecosystems is observed in Rakhine; the deforestation rate reached 20% in Rakhine and 13% on the Bangladeshi side of the border. The results can provide guidance to policymakers and international actors as they work to repatriate the victims of the conflict in Rakhine and minimize the conflict’s security and environmental consequences. The methodology can be applied to other data-poor conflict and refugee areas in the world.