抖阴旅行射

The question of how to reduce conflict most effectively is paramount. Prominent articles in science journals argue that we must stop climate change since it is creating a volatile environment where resource scarcities make farming and pastoralism harder, which, in turn, leads to more competition, sparking more violence. Our research...

A massive new University of Colorado Boulder study indicates there is a statistical link between hotter temperatures generated by climate change and the risk of armed conflicts in sub-Saharan Africa. 抖阴旅行射-Boulder Professor John O鈥橪oughlin led a research team that assessed more than 78,000 armed conflicts between 1980 and 2012 in...

A New York Times article about the 2014 Winter Olympics in Sochi Russia and its proximity to a war zone, includes a map showing the spread of rebel attacks in the North Caucasus. The dynamic map was created using data collected by John O'Loughlin and his former grad students Ted...

A new research grant from the National Science Foundation for 芒鈧�艙Analyses of Relationships Between Changing Environmental Conditions and Societal Conflict芒鈧�聺 was awarded to John O'Loughlin. Funding from September 2013-2017 of $999,994. This interdisciplinary research project will focus on widespread claims that environmental change will lead to more conflict by providing...

While a new study led by the University of Colorado Boulder shows the risk of human conflict in East Africa increases somewhat with hotter temperatures and drops a bit with higher precipitation, it concludes that socioeconomic, political and geographic factors play a much more substantial role than climate change. Read...

The Colwell Fellowship will support his research to develop new algorithms for radiometric normalization of night-time imagery from the Defense Meteorological Satellite Program (DMSP). No record was made of on-board DMSP calibration adjustments over many years. This means that to detect changes over time, it is necessary to radiometrically normalize...