environmental remote sensing 中文意思是什麼

environmental remote sensing 解釋
環境遙感
  • environmental : adj. 1. 環境的，環境產生的。2. 環境藝術的。adv. -ly
  • remote : adj （ moter; est）1 遙遠的，遠距離的；偏僻的，邊遠的 （from）。2 很久以前[以後]的。3 疏遠的；遠...
  • sensing : n. 1. 感覺。2. 【無線電】測向；偏航顯示；【計算機】讀出。
  1. The main process of regional ecological risk assessment includes 5 stages : regional analysis, risk receptor selection, risk sources analysis, exposure and hazard analysis, and integrated risk assessment. arming at flood, drought, storm tide, petroleum pollution accident and flow breaking in the lower huanghe river, the probability and distribution of each kind of risk sources are evaluated. the authors bring forward indexes and formulas to measure hazarded degree and risk value of ecosystem. by using remote sensing data, historic record, survey data and by means of geographical information system, regional ecological risk assessment is finished. on the basis of assessment result, the environmental risk management countermeasure of the huanghe river delta is advanced

    以黃河三角洲為例進行了區域生態風險評價理論和方法的探討。針對黃河三角洲主要生態風險源洪澇乾旱風暴潮災害油田污染事故以及黃河斷流的概率進行了分級評價並提出度量生態損失與生態風險的指標和公式，分析了風險源的危害作用運用遙感資料歷史記錄調查數據和地理信息系統gis技術，完成了區域生態風險綜合評價在此基礎上提出黃河三角洲的區域生態風險管理對策。
  2. The institute s major initiative, a laboratory for tropical monsoon environmental remote sensing, is a groundbreaking, state - of - the - art, comprehensive laboratory in geoinformation and earth sciences

    由研究所建議設立的熱帶季風環境遙感實驗室，更是一所創新而又具備尖端科技的地球信息和地球科學綜合實驗室。
  3. Depending on plenty of remote sensing data, conventional data, special topic maps, observational data and water examination data, having the aid of gis, rs, geology, topography, computer science, etc. this paper analyzes the conditions of gold field environmental geology, evaluate the probability for the geology calamity and advance reasonable advice to tackle these questions

    本文在大量的遙感數據資料、常規資料、專題地圖、觀測數據以及水文試驗等資料的基礎上，藉助地理信息系統科學、遙感學、地質學、地貌學以及計算機科學等多種技術方法，分析金礦區環境地質條件，評價地質災害的易發性，為合理整治當地地質環境提出建議。
  4. The author reviewed present progress of remote sensing technology in the environmental monitoring at home and abroad, summarized application and technologcal characteristic in atmospheric environment, water pollution, the sea, the ground and solid waster monitoring, indicated key problem in existence and the put forward research direction for environmental monitoring

    分析了目前國內外遙感技術在環境監測中的應用進展，綜述了遙感技術在大氣環境監測、水污染監測、海洋監測、地表監測、固體廢棄物監測中的應用情況及技術特點，指出了遙感技術應用於環境監測存在的關鍵問題和研究方向。
  5. The study is based on household data of spot check, investigated land use data on landform section, local domestic statistical data, meteorological observation data, land use data by remote sensing and conventional investigation. methods of statistics analysis, yoss marginal analysis, geo - statistics analysis and methods of historical geography were employed in this study. mechanism and environmental effects of land use option by farming and grazing households are studied from the aspects of ecological suitability, economic feasibility, and social acceptability

    本文以農牧戶抽樣調查、地形剖面調查、統計年鑒、氣象觀測、遙感和常規調查的土地利用等數據和資料為依據，運用統計分析、邊際效益分析、地學分析和歷史地理研究等方法，從生態適宜性、經濟可行性、社會可接受性等方面研究了農牧戶土地利用選擇機制及由此引起的環境效應。
  6. Hong kong s first airborne colour infrared remote sensing mission for environmental studies

    香港首項航空彩紅外環境遙感研究
  7. Hyperspectral images consist of one - dimension spectrum and two - dimension space information. they are wildly used in resource exploration, environmental inspection, military detection, geographic prospecting, and so forth. besides the properties of common remote sensing images, the much greater number of spectrum bands and the higher spectrum resolution are the unique, hence the larger data quantity

    高光譜圖像包含一維光譜信息和二維空間信息，在資源探測、環境監視、軍事偵察、地質勘探等眾多領域得到了廣泛應用，除了具有一般遙感圖像的特徵同時，它的波段數目更多，光譜解析度更高，因而其數據量更為龐大。
  8. Terahertz waves can penetrate through many materials, thus providing a powerful advantage for certain remote sensing applications. terahertz radiation can be used for studying the structure of materials, environmental and pollution monitoring by using terahertz spectroscopy, and ultra - wide bandwidth communication

    太赫茲電磁波亦可穿透許多不同的物質，能大大提升遙感技術的應用效能；同時，亦可應用於物料分析、監察環境污染、提供超寬頻通訊等用途。
  9. The article introduces the applied present situation of the remote sensing technology in the environmental science field, narrates these situation of water pollution monitoring, evaluation on environmental influence in the city and conservation of water and soil in detail, and forecasts the developing tendency of the remote sensing technology in the near future years

    介紹了遙感技術在環境科學領域方面的應用現狀，詳細敘述了遙感技術在水污染的監測，城市環境影響評價，水土保持中的應用情況，並預測了未來幾年遙感技術的發展趨勢。
  10. The environmental remote sensing and researching method of the geographic science

    環境遙感對地理學研究方法的拓展
  11. It is a geographical research technology that was quickly boomed from 1960s. it is a comprehensive science of computer science, mapping and remote sensing, geography, environmental science, space science, information and management science

    它是六十年代開始迅速發展起來的地理學研究技術，是計算機科學、測繪遙感學、地理學、環境科學、空間科學、信息和管理科學等多種科學交叉的產物。
  12. Binary optic imaging spectrometer is a practical image spectrometer that can be built to operate at ultraviolet, visible or infrared wavelengths for applications in surveillance, remote sensing, medical imaging, law enforcement, environmental monitoring, and laser counter intelligence

    利用二元光學透鏡軸向色散的凝視成像光譜儀在理論上是可行的，它可設計為工作在紫外、可見、和紅外波段用於空間監視、遙感、醫學成像、環境監測等方面。
  13. The crowd degree of buildings is a very important aspect for the assessment of environmental quality of urban communities. remote sensing imagery with high spatial resolution provides more detailed spatial information about land covers and makes it possible to assess the quality of communities in detailed scale

    居住單元的建築擁擠度是居住單元環境評價的重要方面，而高解析度衛星影像所提供的豐富的細節化的空間信息使得從居住單元的尺度研究建築擁擠度成為可能。
  14. Moreover, much of information reflecting space - time distributing regularity of these fields ca n ' t be displayed timely, frankly, visually and completely. so the researchers may not communicate enough with the leaders of decision - making departments, which affects the measure making of environmental harness. today, the rapidly improved remote sensing ( rs ) and geologic information system ( gis ) provide quite good methods for tackling these problems

    長期積累的環境觀測資料往往得不到充分利用而造成信息浪費，正在迅速變化的環境信息又得不到及時補充，此外，由於反映礦區環境地質條件時空分佈規律的大量信息難以及時、直觀、形象全方位地展現出來，使研究者及其研究成果不能很好地與領導和決策部門溝通，影響到環境治理措施的制定。
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