2009-08-012024-05-18https://scholars.lib.ntu.edu.tw/handle/123456789/704603摘要：本構想書為針對探討陸域泥火山之地球化學與微生物的交互影響作用，所提出之三年期計畫。本計畫將整合流體、氣相和固態地球化學之分析，合併以微生物基因篩檢、多元基因體之重建，並設置微型梯溫模擬器，加成以檢測更完整之微生物與環境波動的複雜交互關係，預計以跨越地質時間之大尺度進行多元探討，最終目標將可預探甲烷於地下環境之儲量與調控甲烷逸散至大氣過程之機制。<br> Abstract: The proposed research will integrate geochemical analyses of fluid, gas and solid phases, gene screening, metagenomic recovery, and design and implementation of a miniature temperature-gradient simulator to better constrain versatile, complex interrelationships within microbial communities imposed by environmental perturbation over a geological time scale with an ultimate goal predicting the regulatory mechanisms and inventories accounting for the methane emission to atmosphere.泥火山微生物群聚微型梯溫模擬器Mud-volcanomicrobial habitatthermal mapped simulator