Web生态阈值 (英語: ecological threshold )是外部条件相对较小的变化或 干扰 就能引起 生态系统 遽变的点。 当超过生态阈值时,生态系统可能无法继续依靠其固有的 恢复力 回到先前状态。 超过生态阈值通常会导致生态系统健康状况发生急剧变化。 生态阈值表明,生态或生物系统对人类活动或自然过程的 压力 的反映是 非线性 的。 [1] 其他密切相关的术语包 … Weblithographyの意味・使い方・読み方 lithography 【名】 石版刷{せきばん ず}り 《技》リソグラフィー、描画{びょうが}、パターン転写{てんしゃ} 半導体基板{はんどう …
lithophyticの意味・使い方・読み方・日本語への翻訳 – 英語の例文
WebAmmonia Oxidizing Lithotrophy, and Anaerobic Nitrate Reduction Resource Type: Curriculum: Laboratory Publication Date: 10/27/2006 Authors Sarah Boomer Department of Biology Western Oregon University Monmouth, OR … Lithotrophs are a diverse group of organisms using an inorganic substrate (usually of mineral origin) to obtain reducing equivalents for use in biosynthesis (e.g., carbon dioxide fixation) or energy conservation (i.e., ATP production) via aerobic or anaerobic respiration. While lithotrophs in the … Meer weergeven The term was suggested in 1946 by Lwoff and collaborators. Meer weergeven Lithotrophs participate in many geological processes, such as the formation of soil and the biogeochemical cycling of carbon, nitrogen, and other elements. Lithotrophs also associate with the modern-day issue of acid mine drainage. Lithotrophs may be present in a … Meer weergeven • Autotroph • Electrolithoautotroph • Endolith • Heterotroph Meer weergeven Lithotrophs consume reduced inorganic compounds (electron donors). Chemolithotrophs A chemolithotroph is able to use inorganic reduced compounds in its energy-producing reactions. This process involves the … Meer weergeven It has been suggested that biominerals could be important indicators of extraterrestrial life and thus could play an important role in the search for past or present life on the planet Mars. Furthermore, organic components (biosignatures) … Meer weergeven • McRae, Mike (2024-12-05). "Scientists Just Identified an Organism That Thrives on Eating Meteorites". ScienceAlert. Retrieved 2024-12-05. • Minerals and the Origins of Life Meer weergeven how do theft and extortion become robbery
英語「lithography」の意味・使い方・読み方 Weblio英和辞書
Web岩石自養生物(lithoautotroph)是一種從來源於礦物或無機質的還原化合物反應中獲取能量的生物。 無機自養生物按其能量來源的不同分為兩種類型:從陽光中獲取能量的光合自養生物(photolithoautotrophs)和從化學反應中攫取能量的化能自養生物(chemolithoautotrophs)。 化能自養生物全都是微生物,而光合自養生物包括大型植物區系(macroflora)如植物,它 … WebLithotroph means rock (lithos) eater (troph) and representatives are found in both the Bacterial and Archaeal domains. No multicellular organisms are currently known that are able to use inorganic compounds as an energy source, although they can gain energy from symbioses with lithotrophs. Web岩石自养生物 (lithoautotroph)是一种从来源于 矿物 或 无机质 的 还原 化合物反应中获取能量的生物 [1] 。 无机自养生物按其能量来源的不同分为两种类型:从阳光中获取能量的光合自养生物 (photolithoautotrophs)和从化学反应中攫取能量的化能自养生物 (chemolithoautotrophs) [1] 。 化能自养生物全都是 微生物 ,而 光合自养生物 包括大型植 … how do theory pants fit