RUI: MO: Collaborative Research: An Integrated Study of Eukaryotic, Prokaryotic, and Viral Diversity and Dynamics in an Acidic Hot Lake.

RUI：MO：合作研究：酸性热湖中真核、原核和病毒多样性和动态的综合研究。

• 批准号: 0702018
• 负责人: Patricia Siering
• 金额: $ 54.31万
• 依托单位: Humboldt State University Foundation
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2008
• 资助国家: 美国
• 起止时间: 2008-01-01 至 2013-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0702018&HistoricalAwards=false
• 关键词: RUI; MO; Collaborative; Research; Integrated

This project combines expertise in prokaryotic, viral, and eukaryotic microbiology from three institutions to establish a microbial observatory at Boiling Springs Lake (BSL), an acidic (pH 2.2), hydrothermal (52 degrees centigrade) lake in Lassen Volcanic National Park, CA. BSL is the largest hot spring in North America, and it is geochemically distinct from springs in Yellowstone National Park and elsewhere. BSL is a stable thermal feature of Lassen Park, yet varies significantly over both time and space, thus offering a unique opportunity to investigate factors that control the abundance, diversity, and activities of microorganisms in natural habitats, and their stability over time. A remotely operated vehicle designed and built by undergraduate engineering students will be used to map the lake's physical structure, and scientists will sample two thermally distinct regions of BSL to assess biological and chemical variation at various temporal and spatial scales. Genetic and taxonomic diversity of prokaryotes, eukaryotes and viruses, their productivity, and the relative contributions of chemosynthesis and photosynthesis to primary production will be explored by both culture-dependent and -independent approaches.Extreme environments such as BSL are ideal for the study of fundamental questions in microbial biology since they represent low diversity communities, and also are models for life on other planets. A major goal of this proposal is to introduce undergraduates from three institutions to microbial biology, and to scientific research. During this funding period, this work will be integrated into 5 classes impacting at least 700 undergraduate students, and an additional ~100 undergraduates will be directly involved in BSL-related research projects. This project will also contribute to graduate student training, as well as outreach to high school students. The project will conduct yearly Lassen Volcanic National Park (LNVP) symposia involving the investigators, their students, park personnel, and community members, and produce a web-based database of results for the science community and the public. In addition, students will be involved in producing a color brochure for LVNP visitors, highlighting the structure, chemistry, and biology of this unique lake, and giving the public a deeper appreciation of the microbial world.

该项目结合了来自三个机构的原核、病毒和真核微生物学的专业知识，在加州拉森火山国家公园的一个酸性（pH 2.2）、热液（52摄氏度）湖沸泉湖（BSL）建立了一个微生物观测站。BSL是北美最大的温泉，它的地球化学特征与黄石国家公园和其他地方的温泉不同。BSL是拉森公园的一个稳定的热特征，但在时间和空间上都有显着变化，因此提供了一个独特的机会来调查控制自然栖息地中微生物丰度，多样性和活动的因素，以及它们随时间的稳定性。由工程专业本科生设计和建造的远程操作车辆将用于绘制湖泊的物理结构，科学家们将对BSL的两个不同的热区域进行采样，以评估不同时间和空间尺度上的生物和化学变化。 原核生物、真核生物和病毒的遗传和分类多样性，它们的生产力，以及化学合成和光合作用对初级生产的相对贡献，将通过依赖培养和独立培养的方法进行探索。极端环境如BSL是研究微生物生物学基本问题的理想环境，因为它们代表了低多样性的群落，也是其他星球上生命的模型。这项建议的一个主要目标是向三所大学的本科生介绍微生物生物学和科学研究。在此资助期间，这项工作将被整合到5个班级，影响至少700名本科生，另外约100名本科生将直接参与BSL相关的研究项目。该项目还将有助于研究生培训，以及向高中生推广。 该项目将每年举办拉森火山国家公园（LNVP）研讨会，参与调查人员，他们的学生，公园工作人员和社区成员，并为科学界和公众提供基于网络的结果数据库。 此外，学生将参与制作一个彩色小册子为LVNP游客，突出这个独特的湖泊的结构，化学和生物学，并给公众一个更深层次的微生物世界的欣赏。