Climate188
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Warming Climate Is Deepening California Drought
Scientists Say Increasing Heat Drives Moisture from Ground
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Can We Save Coral Reefs?
We are losing coral reefs at an alarming rate and scientists believe that with business as usual they will likely be gone by the end of the century. However, better local management, coupled with new research on coral reef resilience and adaptability, may help buy some time for these indispensable ecosystems.
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The Environment and the 2016 Elections
The environment holds the potential to emerge as a political issue in the 2016 presidential election in part because it has gone from being a non-partisan consensus issue to a deeply partisan ideological issue. The battleground will be for the heart and mind of the independent voter.
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Corals and Climate Change
Corals are already facing a host of stressors—from pollution and overfishing to tourism and coastal development—but climate change puts corals at risk from rising temperatures and ocean acidification. The decline of coral reefs will have devastating consequences for the ocean, and for us.
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Hillary Clinton Is Right on Climate Change and the New York Times Is Wrong
I would argue that given human behavior and organizational inertia it is better to subsidize something new than tax something old. A subsidy, like a sale, sometimes stimulates changed behavior. But a tax may or may not influence behavior.
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What the World Thinks of Climate Change
We all know that climate change can generate great debate in the United States. But what about the rest of the world?
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A Dire Warning on Rapid Climate Change
Sea level rise from melting ice sheets in Antarctica and Greenland threatens catastrophe for coastal cities within decades unless strong measures are taken to reduce CO2 emissions from the use of fossil fuels, argues climate scientist James Hansen.
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Spontaneous Clumping of Tropical Clouds
If you take a look at nearly any satellite image of clouds in the tropics, you’ll notice that the clouds tend to be organized into clusters. One specific type of cloud organization called “self-aggregation.” Self-aggregation is the tendency of tropical clouds to spontaneously clump together, solely due to interactions between the clouds and the surrounding…
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Head for the Hills
While we spent much of our time examining corals and swamps, studying sea level and storms, we became fascinated by a simple question: How did the hills of Exuma form?
You Asked invites you to share your most pressing questions about climate, science, and sustainability. Lamont-Doherty Earth Observatory and Columbia Climate School experts will respond with clear, evidence-based answers. Pose your questions and story ideas!