David B. McWethy, Anibal Pauchard, Rafael A. Garcia, Andres Holz, Mauro E. Gonzalez, Thomas T. Veblen, Julian Stahl, Bryce Currey
Every year natural and man-made catastrophes cause a distressing loss of lives and considerable economic costs around the world. Both industrialised and developing countries are affected. Surprisingly, both are also materially underinsured.
This financing gap is borne largely by the public sector, and may create long-term fiscal instability at a time when government budgets are stretched. Furthermore rating agencies are starting to take a closer look at such contingent liabilities faced by public administrations.
Jakarta, March 2018
Según lo revela el último informe del Consejo Noruego para Refugiados, en el 2014 más de 19 millones de personas tuvieron que abandonar sus hogares por inundaciones, tormentas y terremotos, que significa una cifra hasta cuatro veces superior a las migraciones por conflictos armados. El Panel Intergubernamental del Cambio Climá-tico (IPCC) asegura que para el año 2050 la cifra de desplazados ambientales puede alcanzar los 250 millones.
Importance of environmental migration for Latin America
Latin America, along with the Saharan countries of Africa, is among the regions that are most fragile and vulnerable to the impact of climate change. The most vulnerable countries have been identified as Haiti, Guyana, Bolivia, Honduras and Guatemala. Projected variations in rainfall patterns will bring about changes in the water cycle, such as sudden floods, droughts and the consequent risk of forest fires.
UN report says natural disasters to become more destructive in Asia-Pacific without action on disaster resilience
Natural disasters are becoming more frequent and intense and disaster risk is outpacing resilience in Asia-Pacific, the most disaster-prone region in the world, according to the latest report by the United Nations Economic and Social Commission for Asia and the Pacific (ESCAP).
Climate breaks multiple records in 2016, with global impacts
Extreme and unusual trends continue in 2017
The year 2016 made history, with a record global temperature, exceptionally low sea ice, and unabated sea level rise and ocean heat, according to the World Meteorological Organization (WMO). Extreme weather and climate conditions have continued into 2017.
22 February 2017, Rome - Mankind's future ability to feed itself is in jeopardy due to intensifying pressures on natural resources, mounting inequality, and the fallout from a changing climate, warns a new FAO report out today.
The Socialist Republic of Viet Nam is one of the six pilot countries of the European Union-funded Migration, Environment and Climate Change: Evidence for Policy (MECLEP) project.
Most disaster risk assessment today is static, focusing only on understanding current risks. A paradigm shift is needed toward dynamic risk assessments, which reveal the drivers of risk and the effectiveness of policies focused on reducing risk.
Global disaster risk is changing extremely fast, due to combined dynamics of hazard, exposure, and vulnerability.
Ginebra, 25 de enero de 2016 (OMM) – En 2015 la temperatura media global en superficie batió todos los récords anteriores por un margen sorprendentemente amplio, con 0,76±0,1 grado Celsius por encima de la media del período 1961-1990. Por primera vez se alcanzaron temperaturas que superaban aproximadamente en un 1 °C las de la era preindustrial, según un análisis consolidado de la Organización Meteorológica Mundial (OMM).
Background and purpose
The Food and Agriculture Organization of the United Nations (FAO) has as its Strategic Objective 5 to “Increase the resilience of livelihoods to threats and crises”. In support of its national counterparts, FAO aims to address the current and future needs of vulnerable people affected by the 2015‒2016 El Niño event.
The WMO Statement on the Status of the Global Climate in 2015 covers many aspects of the climate system, including atmospheric and ocean conditions, El Niño, the cryosphere, greenhouse gas concentrations, regional extremes, tropical cyclones and ozone depletion. The Statement draws on in situ and space-based observations collected through various WMO and co-sponsored programmes. It also draws on numerical objective analyses. These observations are the Essential Climate Variables that have been defined by the Global Climate Observing System.