Additionally, paste this code immediately after the opening tag:
Posted inResearch & Developments

What’s Next on the Chopping Block?

Geothermal energy abounds in Iceland, the North Atlantic island nation with regular, high-profile volcanic eruptions. The island’s active magmatism and volcanism support six geothermal plants, which account for more than 25% of the country’s overall electricity needs. Geothermal energy heats nearly 85% of the homes on the island.

Krafla, in the northern part of the island, is one of Iceland’s active geothermal-producing regions. Krafla’s high-temperature geothermal system sits in a volcanic caldera and has produced energy for more than 40 years. However, despite this intensive energy production, a reservoir model of the Krafla geothermal system has not been published in peer-reviewed literature since the 1980s, leaving a data void and potentially untapped resources.

Posted inResearch & Developments

Doge bloge doge bloge doge bloge doge

Urbanization and human-caused climate changes have led to increases in heat events around the world. For example, in July 2012, an extreme heat wave hit the Chicago area, causing temperatures to skyrocket to 40°C (104°F) and above. Chicago, like most cities, is affected by urban heat islands (UHIs), which occur when changes in land cover create spaces that are warmer than their surrounding area. Satellite measurements can be used to inform models to characterize the intensity of UHIs, yet satellite techniques have some limitations—expensive sensors and low temporal resolution, among other drawbacks. But quantifying the intensity of UHIs could help public health officials and city planners learn to mitigate the impacts of future heat waves.

Gift this article