Via the Salata Institute, an interesting look at how low-carbon, low-cost coastal resilience is possible if designers, builders, and policymakers work together: In the 2010s, when New York City decided to fortify the East River Promenade in the Lower East Side, it turned to a typical solution: emissions-intensive concrete and steel. Around the same time, […]
Read more »Via Anthropocene Magazine, a report on a first-of-its-kind national study finds that vehicle-to-home charging can turn electric cars into grid-smart assets, reducing both energy costs and greenhouse gas emissions: Tapping into electric vehicle (EV) batteries as a source of household power could save car owners thousands of dollars and slash carbon dioxide emissions, according to […]
Read more »Via The Diplomat, an interesting look at how integrating solar directly into India’s buildings could turn homes and offices into decentralized power plants and cut emissions right where they begin: By 2060, the total floor area of buildings worldwide is expected to double. Most of the expansion will take place in emerging economies in Asia, Africa, […]
Read more »Via Anthropocene Magazine, a look at how the amount of concrete that goes into an average American home’s basement wall could hold enough energy to meet the daily needs of the household: After water, concrete is the most-used material in the world. And now, researchers have given this ubiquitous building material super powers. A Massachusetts […]
Read more »Via Development Asia, a look at how cities can combat extreme heat using nature-based solutions: Extreme heat is an invisible but increasingly tangible climate risk. It varies by time and place and has wide-reaching but unequal impacts, particularly to women and vulnerable people. As global temperatures rise, extreme heat events (heat waves) are becoming more […]
Read more »Via Nature, a new article examining the potential of passive radiative cooling to reduce carbon emissions in space cooling by simultaneously reflecting sunlight and emitting thermal radiation: Passive radiative cooling offers a sustainable solution to reduce carbon emissions in space cooling by simultaneously reflecting sunlight and emitting thermal radiation. However, the super-white property of conventional […]
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