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Berkeley Lab Releases Most Comprehensive Databook on China’s Energy and Environment

By Guest PostOctober 6, 2013Environmentberkeley lab, chemical oxygen demand, China, china energy databook, china energy group, CO2 emissions, comprehensive databook, david fridley, energy, energy consumption data, Environment, hongyou lu, john romankiewicz, level, lynn price, organic pollution, pollutant, power plants, solar power generation, sulfur dioxide, united states, water, world energy markets

In the five years since the China Energy Group of the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) released its last edition of the China Energy Databook, China has achieved two dubious distinctions: it surpassed the United States in energy consumption and it surpassed the United States in energy-related emissions of carbon dioxide, becoming the world leader on both scores.

With these important shifts in the global energy landscape, the eighth edition of the China Energy Databook is being released this week. The Databook is the most comprehensive publicly available resource known to exist covering China’s energy and environmental statistics. The China Energy Group researchers have amassed an enormous trove of data from firsthand sources and organized much of it into a relational database, making it far more useful for research and analytical purposes. (more…)

Practical Tool Can ‘Take Pulse’ of Blue-Green Algae Status in Lakes

By Guest PostJune 12, 2012Environmentalgal blooms, alum creek, beach managers, blue green algae, buck creek, chlorophyll, cyanobacteria, deer creek, delaware, east fork, eutrophic lakes, feedback loop, fluorometer, gastrointestinal illness, jason marion, jiyoung lee, lake logan, lakes, madison lake, neurological problems, nutrient levels, ohio state, ohio state university, organic pollution, oxygen, ph, phycocyanin, phycocyanin levels, pigment, population growth, public health, secchi disk, septic systems, timothy buckley, toxin, toxin microcystin, urbanization, water resources, WHO

COLUMBUS, Ohio – Scientists have designed a screening tool that provides a fast, easy and relatively inexpensive way to predict levels of a specific toxin in lakes that are prone to blue-green algal blooms.

Blue-green algae is not your average pond scum – rather than consisting of plant-like organisms, blue-green algae actually are cyanobacteria, and some species are linked to the production and release of the toxin microcystin into the water. Human exposure to the toxin through drinking or recreational water contact can threaten public health by causing liver damage, neurological problems and gastrointestinal illness in humans. (more…)

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Berkeley Lab Releases Most Comprehensive Databook on China’s Energy and Environment

Practical Tool Can ‘Take Pulse’ of Blue-Green Algae Status in Lakes