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ENERGY POLICY - US (2) answer(s).
 
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ID:   132646


Determinants of wind and solar energy system adoption by U.S. f: a multilevel modeling approach / Borchers, Allison M; Xiarchos, Irene; Beckman, Jayson   Journal Article
Borchers, Allison M Journal Article
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Publication 2014.
Summary/Abstract This article offers the first national examination of the determinants of adoption of wind and solar energy generation on U.S. farming operations. The inclusion of state policies and characteristics in a multilevel modeling approach distinguishes this study from past research utilizing logit models of technology adoption which focus only on the characteristics of the farm operation. Results suggest the propensity to adopt is higher for livestock operations, larger farms, operators with internet access, organic operations, and newer farmers. The results find state characteristics such as solar resources, per capita income levels, and predominantly democratic voting increasing the odds of farm adoption. This research suggests the relevance of state policy variables in explaining farm level outcomes is limited, although in combination best practice net metering and interconnection policies-policies designed to encourage the development of small scale distributed applications-are shown to increase the likelihood of farm solar and wind adoption. The prevalence of electric cooperatives-which are often not subject to state renewable energy policies and often service farms-is negatively related with the propensity to adopt and suggests that policy design may be a factor
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2
ID:   130465


Powering the Pentagon: creating a lean, clean fighting machine / Burke, Sharon E   Journal Article
Burke, Sharon E Journal Article
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Publication 2014.
Summary/Abstract The Defense Department is the United States' largest energy consumer, but it's also a major incubator of cutting-edge technologies. To cut fuel demands and meet new threats, the Pentagon is transforming the U.S. military from an organization that uses as much fuel as it can get to one that uses only as much as it needs. In the immediate aftermath of World War II, the U.S. naval aviator Thomas Moorer questioned Takeo Kurita, a former vice admiral of the Imperial Japanese Navy, as part of the U.S. military's postwar interrogation of Japanese commanders. Kurita told Moorer that one of the most significant reversals of fortune Japan had suffered during the war was the loss of fuel supplies. "We ran out of oil," Kurita said, and by the end of the war, the Japanese military had grown so desperate, it was operating its equipment on fuel distilled from old tires, rice, and even pine needles. "What I learned then," Moorer would note years later, "was never lose a war, and the way to lose a war is to run out of oil."
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