This report is part of the Lawrence Berkeley Laboratory work to compile data of characteristics of the main U.S. geothermal source areas. The purpose of this compilation [...]

In many parts of New Zealand, the rocks at shallow depth (< 1 km) have high porosity and may contain up to 30% (by volume) of water. Usually, the pores and fractures a[...]

Sagebrush rustled as 400-lb. prehistoric beasts rose up on strong legs and thundered past us into a steaming pond. After the dust settled, eerie reptilian heads rose thro[...]

Historical energy consumption for the United States of America enclosed in figures

A geothermal direct-use project utilizes a natural resource – a flow of geothermal fluid at elevated temperatures, which is capable of providing heat and/or cooling to bu[...]

For more than 100 years, Crystal Hot Springs has provided geothermal water to a wide variety of community uses. At present, these uses include building heat for dormitori[...]

The emergence of Oregon's geothermal resources as one of the state's key alternate energies suggests that this vast and renewable energy resource is continuing its steady[...]

Ouray, Colorado lies in a natural amphitheatre in the upper Uncompahgre Valley in the northern portion of the San Juan Mountains at an elevation of 2,380 meters (7,800 ft[...]

This study phase was performed to provide historic statistical information on solar and wind power availability in the Midwest Region of the United States. A total of 22[...]

Eastward from Lhasa in China's Tibet Autonomous Region, the Sichuan-Tibet highway rises, falls and twists between mountains 4,000 meters (13,000 ft) and higher, capped wi[...]