No to coal mine, acidic pollock, and surfing In Yakutat

Lainie Welch

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No to coal mine, acidic pollock, and surfing In Yakutat

机译：禁止煤矿，酸性狭鳕和在雅库达（Yakutat）冲浪

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No to coal mine: Grass roots groups in Upper Cook Inlet are asking the state to set up buffer zones to protect the Chuit River and its tributaries from coal mining. The Chuitna Citizen Coalition and Cook Inletkeeper filed an "unsuitable lands petition" with the Department of Natural Resources. "It's a provision under the federal and state coal-mining regulations that allows petitions to ask for certain areas to be set aside from coal-mining," said Inletkeeper's Dennis Gann.

机译：对煤矿拒绝：上库克河口的基层组织要求该州建立缓冲区，以保护楚伊特河及其支流免受煤矿开采。 Chuitna公民联盟和Cook Inletkeeper向自然资源部提出了“不合适的土地请愿书”。 Inletkeeper的丹尼斯·甘恩（Dennis Gann）说：“这是联邦和州煤矿法规中的一项规定，允许请愿书要求将某些地区排除在煤矿之外。”

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《Pacific Fishing》 |2011年第3期|共1页
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Lainie Welch;
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1. No to coal mine, acidic pollock, and surfing In Yakutat [J] . Lainie Welch Pacific Fishing . 2011,第3期

机译：禁止煤矿，酸性狭鳕和在雅库达（Yakutat）冲浪
2. Comparison of adsorption capacity of young brown coals and humic acids prepared from different coal mines in Anatolia [J] . E. Pehlivan, G. Arslan Journal of Hazardous Materials . 2006,第2期

机译：安纳托利亚不同煤矿制备的褐煤和腐殖酸对年轻褐煤的吸附能力比较
3. Investigation of pyrite oxidation and acid mine drainage characterization associated with Razi active coal mine and coal washing waste dumps in the Azad shahr-Ramian region,northeast Iran [J] . F. Doulati Ardejani, rnB. Jodeiri Shokri, M. Bagheri, Environmental earth sciences . 2010,第8期

机译：伊朗东北部Azad shahr-Ramian地区与Razi活性煤矿和洗煤废料场相关的黄铁矿氧化和酸性矿山排水特性研究
4. Study on multi layer covering systems of non acid forming and potentially acid forming of coal mine waste rock to control acid mine drainage [C] . H. Shimada, G. J. Kusuma, K. Hiroto International Conference on Sustainable Development in the Minerals Industry . 2011

机译：煤矿废岩非酸性形成和潜在酸形成多层覆盖体系对控制酸性矿井排水的研究
5. Municipal sludge use in coal mine reclamation and potential effects on the formation of acidic mine drainage. [D] . Cravotta, Charles Angelo, III. 1996

机译：城市污泥在煤矿开垦中的使用以及对酸性矿井排水形成的潜在影响。
6. Depth-dependent geochemical and microbiological gradients in Fe(III) deposits resulting from coal mine-derived acid mine drainage [O] . Justin S. Brantner, Zachary J. Haake, John E. Burwick, 2014

机译：源自矿山的酸性矿山排水导致的Fe（III）矿床中深度依赖的地球化学和微生物梯度
7. Tracing interaction of acid mine drainage and coal combustion byproducts in a grouted coal mine: Application of strontium isotopes [O] . Hamel Barbara Louise 2006

机译：灌浆煤矿中酸性矿山排水与煤燃烧副产物的示踪相互作用：锶同位素的应用
8. Evaluation of Acid-Mine-Water Generation and Acid-Mine-Drainage Potential of Coal and Coal-Associated Rocks [R] . Renton, J. J. 1983

机译：煤与煤相关岩石酸 - 矿 - 水生成及酸 - 矿 - 排水潜力评价

No to coal mine, acidic pollock, and surfing In Yakutat

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