生物環境學 的英文怎麼說
中文拼音 [shēngwùhuánjìngxué]
生物環境學
英文
hexiology- 生 : Ⅰ動詞1 (生育; 生殖) give birth to; bear 2 (出生) be born 3 (生長) grow 4 (生存; 活) live;...
- 物 : 名詞1 (東西) thing; matter; object 2 (指自己以外的人或與己相對的環境) other people; the outsi...
- 環 : Ⅰ名詞1 (環子) ring; hoop 2 (環節) link 3 (姓氏) a surname Ⅱ動詞(圍繞) surround; encircle;...
- 境 : 名詞1 (疆界; 邊界) border; boundary 2 (地方; 區域) place; area; territory 3 (境況; 境地) co...
- 學 : Ⅰ動詞1 (學習) study; learn 2 (模仿) imitate; mimic Ⅱ名詞1 (學問) learning; knowledge 2 (學...
- 生物 : living things; living beings; organisms; bios (pl bioi bioses); biont; thing; life生物材料 biol...
- 環境 : environment; surroundings; circumstances; ambient; closeness; ambience; ambiance; atmosphere
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Agricultural and environmental biotechnology abstracts
農業與環境生物工藝學文摘The researches on the determination method of main constituents and relationships between constituents and environment and seasons have also not been reported. h. crispate ching is a unique species of huperziaceae family in china
同時關于石杉屬植物主要化學成分的含量測定方法、主要化學成分與生長環境及季節的關系等方面的研究都還處于空白狀態。Deep - sea microorganism has especial histiocyte system, metabolism and enzyme system in long - term evolution in deep - sea environment. and the microbial proteases are among the most important hydrolytic enzymes and have been studied extensively since the advent of enzymology
對這些獨特的生理結構及機能進行研究,探討深海生物適應特殊的生存環境而發生的基因變異無論在科學上還是實際開發應用上都具有重大的意義。Abiotic environment the nonliving factors of the environment that influence ecological systems. abiotic factors include climate, chemical pollution, geographical features, etc
非生物環境:影響生態系統的非生物環境因子。非生物的因素包括氣候,化學污染,地理特徵等。Wh en you visit the shaoxing garden, you can experience and observe the history pulse of shaoxing, appreciate the folk - custom, attain abundant historical information. guided with the theory of " sustainable development " and ecological principles, this paper pinpoints the shaoxing ' s culture feature and development situation, analyses and researches the modern landscape service objects and content and the shaoxing development of cityscape, tries to establish the green life net, emphasises the importance of landscape plants, strengthens the design of city " soft landscape ", enhances the nature landscape. this paper with the balance of city ecosystem is a foundation, insisting the combination of ecological culture and ecological environment, establishes the thought of a city green space system of reasonable layout and complete construction, and attempts to guide the development of shaoxing landscape architecture and reaches the target of a ecological garden city
提出觀紹興園林,可以體察紹興的歷史脈搏,領略紹興的民俗風情,獲得豐富的歷史知識;本文針對紹興園林的文化特色和現在發展狀況,以「可持續發展」理論和生態學原理為指導,通過對現代園林服務對象與內容及紹興城市園林建設的分析與研究,提出建立綠色生活網;充分發揮園林植物在城市景觀規劃設計中的重要性;加強城市「軟質景觀」的規劃設計;增加城市自然景觀;以城市生態平衡為基礎;堅持生態文化和生態環境相結合,建立以布局合理、結構完整的城市綠地系統的思想,試圖引導紹興現代園林景觀建設,突出紹興現代園林的地域文化特色,實現紹興生態園林城市的目標。This investigation of the two species is mainly dealing with their morphological characters, population biology, pollination biology and molecular biology, based on the following methods such as section slides, sem, artificial pollination, rapd analysis and gravity glass slides. this study is intended to demonstrate the distribution patterns of the populations for the two species, the numerical and spatial characteristics of ecological difference, the biological characters of seeds, pollination mode and reproductive stratigies, and molecular genetics. in light of the results from this study, the reasons that resulted in the present dangerous situation for the two species were discussed, and the suggestions for protecting them were proposed
本研究以種群為單位,採用石蠟切片、掃描電鏡、重力玻片、人工授粉、 rapd分析等方法,對兩種植物的形態生物學、種群生物學、繁殖生物學和分子生物學等方面進行了詳細研究,以揭示它們的種群分佈類型及成因、種群生態環境差異的數量特徵和空間特徵、種子生物學特徵、傳粉和生殖策略以及種群分子遺傳特徵,進而探討兩物種瀕危的成因和機制,並針對性地提出了科學合理的保護對策和建議。It ' s still an open question for thorough discussion to the analysis of mixture ' s raman spectroscopy. in this thesis, we first introduce the main theory of raman spectroscopy, including the mechanism it occurs, the physical explanation, the basis of quantitative analysis, etc. then new types of raman technique such as nir - ft raman, rrs, sers, microscope raman and co - focus raman, fiber raman, etc. are discussed. and the main applications of raman spectroscopy on chemistry and material science, medicine, biology, judging and identifying science, industry, environmental protection, geology and archeology, etc. are introduced
接著分別介紹了各種新興的拉曼光譜技術如近紅外-傅立葉變換拉曼光譜( nir - ftraman ) 、激光共振拉曼光譜( rrs ) 、表面增強拉曼光譜( sers ) 、顯微拉曼光譜及共焦顯微拉曼光譜,光纖拉曼光譜等,簡述了拉曼光譜在化學和材料科學、醫藥學、生物科學、法庭和鑒定科學、工業生產、環境保護、地質考古等各個領域的應用情況。A wealth of bird life and wildlife including endemic golden monkey, red panda, leopard, black bear and takin can also be seen. this area has been selected as a representative long - term ecological study site of subalpine forest ecosystems in southwest of china
另外,對川西地域獨特的生態環境中土壤微生物、土壤養分及凋落物分解動態等生態因子和生態過程進行研究,可以豐富和拓展我國的土壤生態學的研究領域,發展土壤生態學的理論體系。Among the central mysteries of neurobiology is what properties of the young brain enable it to so adeptly wire itself to adapt to experience
未成熟大腦具有熟練架構自身(神經系統)以適應生活環境改變的特性,這是神經生物學中最令人匪夷所思的一點。According to the environment features inside and outside caves in guizhou and current development of cave creature study home and abroad, making use of karstology, environment science, ecology, zoology and the theory of human - land relation, and through combining microscale with macroscale, component with system, field investigation with interview, and theory with experiment, the author chooses guiyang, anshun, pingba and honglin, where human activities are frequent and strong, to make a macroscopical investigation on animals and environment, and selects some typical caves in honglin to make a comparison study on environment features inside and outside the caves, biodiversity and present situation of plant society, and adaptability of cave animals to environment, and analyzes theoretically the effects of human activities on the cave animals and evaluates objectively the development potential of cave animal resource
根據貴州喀斯特洞內外環境和國內外洞穴動物研究現狀,運用喀斯特學、環境學、生態學、動物學以及人地關系等相關理論,採取點面結合,特殊與一般結合,系統與要素結合,實查與訪問結合,理論與實驗結合的方法,選擇貴陽、安順、平壩、紅林等人類活動強度大的區域進行面上動物和環境的調查,選擇紅林地區代表性的洞穴對洞內外環境、物種多樣性及群落現狀、動物對環境的適應等進行對比研究,理論分析人類活動對洞穴動物的影響和客觀評判人類活動的洞穴動物效應與動物開發潛力。The information of the style of east china plastic greenhouse was developed in virtue of delphi 5. 0 and the data management system of sql server 2000 designed by microsoft corporation, with experience of bio - environmental engineering institute of zhejiang university
本系統以浙江大學農業生物環境工程研究所積累的實踐經驗為基礎,採用了delphi5 . 0作為開發工具,以sqlserver2000數據庫管理系統,開發了華東型塑料連棟溫室信息系統。Under the scientific development temple, it is that the world city reaches the same goal by different routes to build and construct with the city layout of the natural ecological environment intergrowth, it is material base of the features and landscape of shan - shui city. the gentle pulse in the city is the inherent soul with features and landscape of shan - shui city
其中,建構與自然生態環境共生的城市布局是科學發展觀下世界城市的殊途同歸,也是山水城市風貌與景觀的物質基礎;城市文脈是貫穿山水城市風貌與景觀發展的內在靈魂;塑造良好的山水城市整體意象則是對山水城市風貌與景觀進行空間規劃的基本手法。As a big group of microbe inhabiting in the living tissues of plants, endophytes have no negative effects on the host plants during their whole life history or some phases. because of their particularity of living environment, endophytes are different from the environal microorganisms on biological function and physiology
植物內生菌作為生活在植物組織內部的一大類微生物,在其生活史的一定階段或全過程中對宿主植物不表現出病癥,由於生活環境的特殊性,在生理生物學作用上與外界環境微生物都有所不同。Focusing on the sanyang wetland in wenzhou of china, and inspired by the principle of life and cosmos from taoism, the plan analyses the rules of water regime, lifecycles and cycling human productive behaviors ecologically, and tries to combine them through an efficient spatial - temporal organization to make " everything take its own course naturally ", in order to respond to complex challenges faced by the project : agricultural production, environmental deterioration, flood threat as well as habitat regeneration
選取溫州三?濕地為研究對象,汲取道家對于生命和宇宙規律的認識,對水文周期、動植物生命周期和人類生產活動周期的規律進行生態學研究,試圖通過經濟有效的時空布局將其巧妙嵌套,讓萬物「自然而然」自行其道,以回應基地面臨的農業生產、環境品質惡化、洪水威脅以及棲息地再生等復雜的挑戰。These environments may be good analogues for early life on earth and are the subject of research by astrobiologists as models for primitive life on other habitable planets
這些溫泉和地球早期生命環境足可比擬,天體生物學家更以此研究其他行星孕育原始生命的可能性。On the other hand, a greenhouse file management subsystem was built to make management of file and drawing more easily, which improved the management efficiency of document in agricultural units. there was a combination of the technique of agricultural biology, computer and network, which displayed the superiority of crossed subjects. it emphasized the basic concepts of agricultural environment and applied the knowledge of computer as well
碩士學位論文摘要本系統的研究開發結合了農業生物環境技術、設計學、計算機技術和網路技術,體現了學科交叉的優勢,綜合運用了各部分的知識,既突出了農業生物環境的特點,又體現了計算機知識,把不同學科有機地融合在一起,從一定程度上展示了交叉學科的優勢。Excuse me, agricultural biology environment and energy project major how, what to learn, does obtain employment domain have those ? thanked
請問,農業生物環境與能源工程專業怎樣,學些什麼,就業領域有那些?謝謝了!Jinzhou promotes greatly agricultural ecology construction by ecology views and system methods such as the theory of the living things symbiosis, the cycle and regeneration of material and energy, the cooperation of living and environment and soon in according to the feature of natural resource and environment in order to realize the organic combination of energy ecology and society
金州區按照自然資源和環境特點,運用生物共生原理、物質能量循環再生原理和生物環境協同原理等生態學觀點和系統方法,全面推動金州農業的生態建設,以實現經濟? ?生態? ?社會效益的有機結合。第四章對大連市城市生態系統協調發展進行定性與定量的綜合分析。Meanwhile, the research to degradation and ossification process of - tcp ceramics under the living creature environment is still be placed in the quest stage. this paper will concentrate on such problem, and probe the osteogenetic process in the region which porous p - tcp bioceramics were implanted in vivo
? tcp多孔陶瓷在體內復雜的生物環境下的成骨過程的組織學研究仍處于探索階段,本課題也將對此問題進行探討,對多孔- tcp生物陶瓷植入體內后,植入區新骨生成的過程進行研究。Non - model plant proteomics research progress is summarized, it includes non - model plant individual and population proteomics research, tissue and organ proteomics research, subcellular proteomics, plants respond to environment proteomics and biotic environment factor proteomics research, and different perspectives of plant proteomics are also discussed in this paper
概述了非模式植物蛋白質組學的研究進展,主要包括非模式植物個體及群體蛋白質組學,組織和器官蛋白質組學,亞細胞蛋白質組學,響應環境變化的蛋白質組學以及非模式植物生物環境因子的蛋白質組學的研究情況,同時對植物蛋白質組學的發展前景進行了展望。分享友人