The original version of this article, by Michael D. Lemonick, appeared on Climate Central.

Harvard’s David Keith calls it the “goofy Goldfinger scenario” – a rogue nation, or even an individual, would conduct an unsupervised geoengineering experiment – and he confidently predicted in a story I wrote last month that it would never happen.

The original version of this article, by Michael Kugelman, appeared on Global Times.

In recent weeks, militants in Pakistan have escalated their hostile rhetoric toward India. The subject of their ire is water. Hafiz Saeed, the head of militant Islamist group Jamaat-ud-Dawa, has warned that India plans “to make Pakistan barren” by preventing the waters of the Indus Basin from flowing downstream to Pakistan. 

The original version of this article, by Manipadma Jena, appeared on Inter Press Service.

Parvez Ahmad Dar climbs three hours to reach the hilltop, generator-equipped tourist center in Ajaf village, 35 kilometers from Srinagar, to recharge his mobile phone.

The 46-year-old president of the Wular Valley People’s Welfare Forum is in high demand as an activist and organizer – he cannot allow the long power outages in northern India’s Kashmir Valley to cut off communication with his constituency.

Earlier this month, there was a flurry of stories about brutal mass killings in clashes between the Pokomo and Orma communities over water and land in southeast Kenya’s Tana River County. The Kenyan media reported that about 30 people, including eight security personnel, had been killed and scores wounded, and reports on the death toll since last month are more than 100.

Devesh Kapur, Kishore Gawande, and Shanker Satyanath open their Center for Global Development working paper, “Renewable Resource Shocks and Conflict in India’s Maoist Belt,” with a crucial question: “Is there a causal relationship between shocks to renewable natural resources, such as agricultural and forest lands, and the intensity of conflict?” While the connection between the environment and conflict has been the focus of much study, Kapur et al. say that previous attempts have been plagued with “failure to address reverse causality and a failure to systematically control for alternative explanations for conflict.” Their report analyzes the relationship between the availability of resources and conflict by measuring rainfall, vegetation prevalence, and deaths due to the Maoist conflict in India. They find “a strong and substantively large relationship between adverse renewable resource shocks and the intensity of conflict,” and conclude that protecting the livelihoods of residents of the Maoist belt can help reduce violence. “Giving tribals greater access to forests and a range of forest products, whose consumption is the only available option during times of distress, can provide them with a critical self-insurance mechanism.”

Around the world, as the most easily accessible natural resources are depleted, states are beginning to turn to more remote reserves to meet their needs and the shift may spark international tensions or even conflict, said Hampshire College professor Michael Klare in a recent interview with ECSP. “I worry very much about this growing global competition for the remaining resources in those parts of the world,” he said.

In 1979, Egyptian President Anwar Sadat famously said that “the only matter that could take Egypt to war again is water.” Sadat’s message was clear: the Nile is a matter of national security for Egypt.

Indeed, Egypt relies on the Nile for 95 percent of its water. But it is not the only state with an interest in the world’s longest river. There are 11 states in the Nile River basin, which stretches from Africa’s Great Lakes region – Tanzania, Uganda, Kenya, Rwanda, Burundi, and the Democratic Republic of the Congo – to the Ethiopian and Eritrean highlands through South Sudan, Sudan, and Egypt to the Mediterranean Sea.

Specifically attributing a particular weather event to climate change has been difficult – as one famous analogy goes, it’s like determining which of Mark McGwire’s home runs were because of steroids and which weren’t. But climate attribution science is slowly becoming more accurate and accepted. In “Explaining Extreme Events of 2011 From a Climate Perspective,” a new study appearing in July’s Bulletin of the American Meteorological Society, editors Thomas C. Peterson, Peter A. Stott, and Stephanie Herring provide a review of six extreme weather events from last year and offer “some illustrations of a range of possible methodological approaches” to the process of attribution. Among their conclusions, the editors note that, due to climate change, the extreme heat and drought that suffocated Texas in 2011 was 20 times more likely to occur than 40 years earlier. However, the devastating floods that swept across Thailand last year are blamed on a number of other non-climatic factors.