氣生變態 的英文怎麼說
中文拼音 [qìshēngbiàntài]
氣生變態
英文
aeromorphosis-
The climatic - induced net carbon sink by terrestrial biosphere over
1995年氣候變化導致陸地生態系統凈吸收碳The stem is generally aerial and erect but various modifications are found, for example underground stems like rhizomes, bulebs, and corms, and horizontal structures, such as runners
多數的莖是氣生且直立的，但也發現了許多莖的變態，地下莖有根狀莖、鱗莖、球莖；水平的莖結構有匍匐莖。Changes in terrestrial carbon storage with global climate changes since the last interglacial
生態系統的碳儲量與氣候變化This paper establishes a model simulating dam actual placing process and considering the non - continuity of initial temperature on the boundary of new and old concrete, daily air temperature change, concrete - placing temperature, hydration heat, heat insulation on boundary, water - storing process, placing intermission and curing with water. the calculation of stress field considers the concrete weight, static water pressure, thermal stress, different autogenous volume change between rcc and normal concrete, change of elastic modulus of concrete with age and creep action
考慮了乞今最為全面的初始條件和邊界條件，包括模擬壩體的實際升程過程，考慮了新老混凝土接觸面上的初始溫度不連續，逐日的氣溫變化，混凝土的入倉溫度，水化熱溫升，邊界保溫，水庫蓄水過程，澆築間歇以及灑水養生等因素；應力場的計算考慮了混凝土的自重，靜水壓力，溫度應力，常態混凝土與碾壓混凝土不同的自生體積變形，混凝土的彈性模量隨齡期的變化以及徐變的作用。Climate warming impacts on carbon cycling in terrestrial ecosystems
氣候變暖對陸地生態系統碳循環的影響Currently, study on global change and terrestrial ecosystem ( gcte ) and land - use and cover change ( lucc ) become the core item and the important direction, and become the most complicated and vitally research contents in global change research
當前， 「全球氣候變化與陸地生態系統」 （ gcte ）和「土地利用/土地覆蓋變化（ lucc ） 」成為全球變化研究的核心項目和重要方向，並成為全球變化中最復雜、最具活力的研究內容。The antarctica plays an important role in the study of global changes and it is the only land without large - scale human activities influence which makes it is sensitive to the global climate changes. penguin is the most impartment factor in the antarctic environment and its dropping sediment records the history of the population and the distribution change on the ardley island
南極地區在研究全球變化中具有突出的地位，南極地區的各種環境因子對全球氣候變化有敏感的反應，而且它是地球上唯一未被人類活動大量影響的地區，所以，南極地區的生態學研究有特殊的重要性。Assessment of eco - climatic suitability and climate change impacts of on broad - leaved korean pine forest in northeast china
東北闊葉紅松林分佈區生態氣候適宜性及全球氣候變化影響評價The systematic and synthetic description and review of lianas, chiefly in tropic, are described and reviewed in this paper, in which some ecological questions of lianas are included distributed as follows : ( 1 ) the conception and significances of lianas ; ( 2 ) liana flora and its distribution in the world ; ( 3 ) its biological characteristics ; ( 4 ) its ecological characteristics ; ( 5 ) its abundance ( density ) and species - richness in tropical forest ; ( 6 ) the ecological significance of lianas - aggregation in gap and the variance of its abundance in the process of forest succession ; ( 7 ) the relationship between lianas and trees ; ( 8 ) the positive and the negative contribution of lianas to tropical forest ; ( 9 ) the types of climbing mechanism of lianas and its competitive predominance ; ( 10 ) global climate - variance ( co2 increase ) promotes abundance of lianas to increase, and some ecological consequence are resulted from which
摘要對藤本植物（以熱帶為主）研究的動態與發展進行了綜述，其中包括： （ 1 ）藤本植物的概念及重要性； （ 2 ）藤本植物區系和分佈； （ 3 ）藤本植物的生物學特性； （ 4 ）藤本植物的生態學特性； （ 5 ）藤本在森林中的多度（密度）及種的豐富度； （ 6 ）藤本在空地上聚生的生態意義以及它們在森林演進過程中的消長； （ 7 ）藤本與樹木的相互關系； （ 8 ）藤本對森林正面和負面的影響； （ 9 ）藤本的攀援方式類別及其競爭優勢； （ 10 ）全球氣候變化（ co2濃度增高）促進藤本優勢度增長並導致不良的生態後果。" disease is the bullet killing frogs, but climate change is pulling the trigger, " says alan pounds, an ecologist at the monteverde cloud forest preserve and tropical science center in costa rica
阿蘭?龐茲是哥斯大黎加的蒙特沃德雲霧森林保護區和熱帶科學中心的生態學家，他說： 「疾病是殺死蛙類的子彈，但扣動扳機的卻是氣候變化。 」Abstract : in this paper, the major problems in water resources, flood and drought, and water environment in china are analysed, and new subjects of study on hydrology are pointed out, including the uncertainty of hydrological phenomena, the effect of human activities on hydrology, the calculation of water level frequency, the optimum effcet of water resource development and utilization, the analysis of water supply and demand, the mechanism of water - saving agricultural irrigation, flood and drought prevention, etc
文摘:從水資源開發利用與保護、水旱災害防治等方面論述中國當前存在的主要水問題：水危機和水浪費同時存在、水污染日趨嚴重、防洪減災任重道遠、生態環境破壞嚴重、全球氣候變暖產生不利影響；進而論述水文學研究面臨的新課題：水文現象的不確定性、人類活動對水文的影響、水位頻率計算、水資源開發利用的最佳效應、水資源供需分析、農業節水灌溉機理及水旱災害的防治，並指出必須加強對這些新課題的研究Sparedescription : in this paper, the major problems in water resources, flood and drought, and water environment in china are analysed, and new subjects of study on hydrology are pointed out, including the uncertainty of hydrological phenomena, the effect of human activities on hydrology, the calculation of water level frequency, the optimum effcet of water resource development and utilization, the analysis of water supply and demand, the mechanism of water - saving agricultural irrigation, flood and drought prevention, etc
描述:從水資源開發利用與保護、水旱災害防治等方面論述中國當前存在的主要水問題：水危機和水浪費同時存在、水污染日趨嚴重、防洪減災任重道遠、生態環境破壞嚴重、全球氣候變暖產生不利影響；進而論述水文學研究面臨的新課題：水文現象的不確定性、人類活動對水文的影響、水位頻率計算、水資源開發利用的最佳效應、水資源供需分析、農業節水灌溉機理及水旱災害的防治，並指出必須加強對這些新課題的研究Restoration ecology is ranked as one of three hotpots in biological realm as well as biological diversity and global climate change in recent years, which is one fresh branch of modem ecology. its primary research includes : the cause of degradation in ecosystem, techniques and methods of degraded ecosystem restoration and reconstruction, process and mechanism of ecology, research objectives of which are the destroyed ecosystems under the stress of natural catastrophes and human activities
恢復生態學與生物多樣性和全球氣候變化並列為生物領域的三大研究熱點，它主要研究生態系統退化的原因、退化生態系統恢復和重建的技術與方法、生態學過程與機理的科學，是現代生態學的年輕分支之一，其研究對象是一些在自然災變和人類活動壓力下受到破壞的生態系統。And topics cover air quality, freshwater, climate change, pollution, ecology, remote sensing, ect
資源主題包括：空氣質量、淡水、氣候變化、污染、污染土地、生態學、遙感、環境危險等。In one side, the study may make the simulating model of climatology and land - biosphere more perfect, in the other side, the study will help to discover the real action of vegetation in the global carbon circle, which gives the more scientific method to estimate accurately biomass and net primary production ( npp ) of ecosystem and how much carbon in atmosphere absorbed by vegetation, to predict the possible impact of global climate change on terrestrial ecosystems, and to make scientific strategies for the global change
一方面可以為進一步建立更完善的模擬氣候與陸地生物圈之間關系的數值模式奠定基礎，另一方面可為探索植被在全球碳循環中的具體作用，正確地評估和預測全球氣候變化對生態環境的可能影響，制定相應的政策提供科學依據。本文以寒溫帶落葉針葉林區為重點來進行試驗模擬，研究植被對氣候強迫響應的有效途徑。With the impact of climate change and increasing the intensity of human activities, the hydrological regime has changed, including annual runoff distribution, which is relating with water resources management and ecological construction
摘要在氣候變化和人類活動的影響下，河川徑流的年內分配特徵也發生變化，直接影響人類開發利用和生態環境建設。Consciously avoiding habitat destruction and mitigating the effects of land use change, reducing the direct exploitation of plants and wildlife, and slowing climate change can help us stop weakening the very life - support systems we depend on
自覺地避免生態環境的破壞，減輕土地利用方式變化的影響，減少對植物和野生動物的直接開發利用，減緩氣候變化，這些都可能能夠幫助我們阻止我們所仰仗的唯一生命支持系統的進一步弱化。Deforestation damages the ecosystem and causes global warming, while paper manufacturing process pollutes the environment
砍伐樹木會帶來生態災害和全球氣候變化等嚴重影響，而造紙過程亦會構成污染。Assadourian said the key message of the report was that unsustainable consumption patterns were responsible for climate change linked to carbon emissions and other ecological woes
阿薩多利安說，這份報告的主題是，二氧化碳排放及其它生態災難引起氣候變化， 「不可持續」的消費模式才是氣候變化的罪魁禍首。In the sediment, bacteria belonging to the cfb ( cytophaga - flexibacter - bacterioides ) group and the - proteobacteria, - proteobacteria were the main groups. the 16s rdna diversity of 7th layer was different from that of other layers, including the analysis of rflp, gene type and the population of cfb group. and the population of - proteobacteria showed inverse ratio with that of cfb group
基於以上的試驗，我們分析了企鵝糞便沉積物中微生物生態與環境變化和環境污染的關系並提出了沉積物中出現的異常在環境和氣候方面可能的解釋，初步建立了以分析企鵝糞便沉積物中微生物多樣性為手段的新的考察南極氣候變遷和環境污染的思路。分享友人