organic biomass 中文意思是什麼
organic biomass
解釋
有機生物量-
The number of mold, bacteria, culturable microorganisms, aerobic nitrogen - fixing bacteria, anaerobic nitrogen - fixing bacteria, aerobic cellulose decomposition microbes, anaerobic cellulose decomposition microbes were the most in 16 - year - old organic tea garden, and the biomass carbon and nitrification of edaphon were also the strongest
黴菌、細菌、可培養微生物總量、好氣性自生固氮菌、嫌氣性自生固氮菌、好氣性纖維分解菌、嫌氣性纖維分解菌均以16年生茶園最多，土壤微生物生物量碳和硝化作用也以16年生茶園最強。 -
67 - 154. 02 % ( no determinate in paddy field on quaternary red clay ), respectively. after organic amendments and fertilizers were added to the metsulfuron - methyl - contaminated soils, microbiai biomass c increased by 0. 23 - 113. 14 % in paddy field on desalting muddy polder, 0. 30 - 46. 48 % in blue clayed paddy, and 1. 82 - 83. 76 % in paddy field on quaternary red clay, respectively, microbiai biomass n in correspoading soils by 4. 27 - 67. 87 %, 5. 43 - 58. 36 % and 5. 05 - 95. 40 %, respectively, and microbiai biomass p by 6. 03 - 139. 59 % 4. 09 - 141. 26 % ( no determinate in paddy field on quaternary red clay ), respectively
（ 4 ）添加有機、無機物質后，勞去津除草劑污染的三種土壤中微生物生物量碳、氮隨培養時間變化的趨勢基本一致，即0 ~ 7d微生物生物碳、氮降低，但第7d時，添加有機、無機物質的處理中微生物生物量碳、氮均高於僅加養去津的處理和空白對照; 7 ~ 14d微生物生物量碳、氮迅速增加; 14 ~ 42d又下降， 42d后變化較小。 -
Based on the above conclusions about anti - erosive vegetation structure, the paper expounds the implication of anti - erosive vegetation by pointing out the fault of its current definitions, and it is considered that anti - erosive vegetation should aim at protecting soil from erosion and fixing active sands in the eroded areas, ground space fully occupied by plants, in general with close structure, especially with outstanding coverage close to ground by organic matter ( litter and / or biomass )
在上述結論的基礎上，本文通過指出現有防蝕植被定義的缺陷，論述了其涵義，認為防蝕植被應當是在侵蝕地區，以防止土壤侵蝕或以固沙為目的，植物充分佔據地面空間，一般具緊密結構，或者顯著具有有機體（枯落物以及生物量）貼地面覆蓋特徵的植被。 -
( 4 ) in three atrazine - contaminated soils, the dynamic responses of the microbiai biomass c, n and p with incubation times were similar after application of organic matters and
即o ~ 1 . 4d微生物生物碳、氮和磷降低，第14d時，添加有機、無機物質的處理中微夕生物生物量碳、氮均高於僅 -
Through pathway of orientated degradation or decomposition of lignocellulosic biomass, many high - value organic substances of small molecules such as glucose, xylose, phenylpropane units and their dimers, gaseous substances such as ch4 and co, liquid substances such as organic acids, aldehydes, alcohols and other platform chemicals such as furfurals, levulinic acids, xylitols and ethanols can be produced
木質生物質通過一定的降解或分解途徑，可產生很多有重要價值的有機小分子化合物，這些有機小分子化合物有葡萄糖、木糖、苯丙烷單體及二聚體，氣態小分子如ch4和co ，液態小分子如有機酸、醛、醇，重要基礎平臺化合物糠醛、乙酰丙酸、木糖醇、乙醇等。 -
Decomposition of soil organic carbon and turnover of soil microbial biomass carbon under condition of rotation between upland crop and paddy rice
水旱輪作條件下土壤有機碳的分解及土壤微生物量碳的周轉特徵 -
Waste is considered to be a resource and most of the city ' s waste will be recycled and organic waste will be used as biomass for energy production
未來的生態城裡，廢棄物被當作一種資源，城市的大部分廢棄物將被回收，而且有機廢棄物將被用作生物質能以產生能源。 -
The removal efficiency of organic pollutant mainly depends on the active biomass of biofilm in the biological pretreatment of drinking water
摘要飲用水生物預處理過程中，生物膜上存活的活性生物量是有機污染物去除的基礎。 -
Compared with zero - fertilizer, only organic fertilizer, or chemical fertilizer applications, compound organic and chemical npk fertilizer applications greatly enhance soil microbial biomass in the whole corn growth period, increase the supply of soil nutrient and benefit soil fertility buildup
研究結果表明，與無肥、單施有機肥、單施化肥相比，有機肥與n 、 p 、 k肥配合施用能顯著增加玉米各生育時期的土壤微生物量碳、氮，促進土壤微生物量顯著增長，增強了土壤養分容量的供應強度，有利於培肥土壤。 -
In the first step, quantitative and qualitative characteristic of soils influenced by soil microalgal were studied in this step. in this study, four different algal ( chroococcus, chlorococcum, navicula and chalmydomonas ) and one algal mixture, which were formed by the above four algal species, were cultivated in two different mediums ( soil and double distilled water ), under regular illumination or dark condition respectively. we estimated the environmental ph, the microorganism biomass ( not including algal ), and the organic matter content very 20 culture days and estimated the available phosphorus after 60 culture days. we got the results by making graphs and extreme - difference analysis after 0, 20
實驗以土壤（經過高溫燒制除去微生物和土壤有機質的影響）和水（重蒸水）為兩種不同的基質，在基質中接種五種相同重量的土壤微藻藻液（立方色球藻、土生綠球藻、舟形藻、沙角衣藻以及由四種藻種形成的混合藻液） ，分別進行見光和和黑暗培養，在0天、 20天、 40天和60天時，測定環境ph值、微生物量（不包括藻類） 、有機質含量，進行極差分析和圖形比較。 -
We took atrazine and metsulfuron - methyl as examples to evaluate their dynamics of degradation in soils and the responses of microbial biomass after application of organic matters and fertilizers. the objectives are to find out the relationship among of organic matters / fertilizers added, microbial biomass and herbicides degradation, and for remediation of soils contaminated by herbicides. the main results were summarized as follows : effect of organic matters and fertilizers on microbial biomass in soils contaminated by atrazine / metsulfuron - niethyl herbicides ( l ) the contents of soil microbial biomass c, n and p significantly decreased after application of atrazine at the rate of 22
與空白對照相比，在淡塗泥田中微生物生物量碳、氮、磷分別平均降低了12 . 37 、 11 . 79和11 . 94 ；在青紫泥田中分別平均降低了10 . 70 、 8 . 43和13 . 66 ；在黃筋泥田中分別平均降低了8 . 55 、 11 . 95 （因其酸度較低，微生物生物量磷的測定方法與前兩種土壤的不同，所以未測定其中的微生物生物量磷的含量） 。 -
Organic c in the soil profiles were measured as in total and fractionated into microbial biomass - c, water - soluble organic - c, light - fraction organic - c, and heavy - fraction organic - c. the amounts of microbial biomass - c, and water content in soil profiles were consistently analyzed. the aim of this study was to investigate interactions between the accumulation of soil organic c and vegetation successions in the region, in a purpose to improve understanding on how changes in soil conditions affect vegetation successions in the region
通過分析植被演替各個群落（棄耕地先鋒群落、草本群落、灌叢群落、早期森林群落、遼東櫟群落） 0 50cm深度內土壤有機碳、微生物碳、水溶性有機碳、輕組有機碳、重組有機碳的變化規律及相互關系，初步探討了植被正向演替過程中土壤有機碳的積累與變化規律。 -
With the increase of temperature and biomass, nh4 + and no3 - in the surface water were largely consumed and decreased as a result ; while organic n and particle p increased as the enhancement of suspending biological particles. no2 - in the surface water increased with temperature as nitrifying bacteria became active
隨著氣溫升高和河流表層生物量的增大，表層水nh _ 4 ~ + 、 no _ 3 ~ -因大量消耗而降低；有機氮和顆粒態磷含量因生物顆粒的增加而加大； no _ 2 ~ -也會因硝化細菌活動的加劇而增加。 -
Bioenergy is the energy from the reaction of organic carbon material with oxygen. the organic material derived from plants and animals is also referred to as biomass
生物質能是一種含碳有機物與氧氣反應所產生的能源，那些來自植物或是動物的有機物通常也被稱為生物質。 -
The n ( subscript org ) contents of samples dried at 105 was highest among the samples of field - fresh, being fumigated with chcl3, drying at temperature of room, 40 and 105 which came from not only a part of the microbial biomass nitrogen, but also from the decays of large organic molecules of soil nitrogen constituents
進一步分析結果看出， 105處理后的土壤易礦化有機態氮除了部分來自土壤微生物態氮的降解產物之外，還有一部分是靠高溫將土壤本身大分子含氮化合物分解而產生的。 -
With the depth increasing, the content of microbial biomass - c, the content of the water - soluble organic - c, the content of light - fraction organic - c, and the content of heavy - fraction organic - c go down on the soil profiles. ( 4 ) the high significance linear regression between microbial biomass - c and soil organic c is discovered ( y = 27. 978x, r2 = 0. 9498 * * ). furthermore, the changing degree of microbial biomass - c is remarkably higher than soil organic c. so microbial biomass - c can indicates the change of soil organic - c in the course of vegetation succession
（ 4 ）土壤微生物碳與有機碳之間存在極顯著線性正相關關系（ y = 27 . 978x ， r ~ 2 = 0 . 9498 ~ （ * * ） ） ，而且微生物碳的變化幅度大於有機碳的變化幅度，因而可以用來指示植子午嶺植被演替過程中土壤有機碳積累與變化被演替過程中土壤有機碳的變化。 -
This article discussed the mechanism of removing ammonia nitrogen with the artificial fast filtration system by analyzing the ability of removing ammonia nitrogen related to the biomass, organic matter and cec ( the total cation exchange capacity ) in different filtration layers
摘要文章通過對不同滲濾層中生物量、有機質、 cec （總陽離子交換容量）和對氨氮去除效果間關系的分析來討淪人工快速滲濾系統去除氨氮的機理。 -
Water quality - evaluation of the aerobic biodegradability of organic compounds at low concentrations - continuous flow river model with attached biomass
水質.評價低濃度有機化合物有氧生物降解能力.附有生物量的連續流動河床模型 -
Soil labile organic carbon ( loc ) refers to the fractions of organic carbons that are easy to move and to be oxidized and mineralized, and they are quite available to plant and soil microorganisms. soil water - soluble organic carbon ( wsoc ), microbial biomass carbon ( mbc ), and easily oxidisable organic carbon ( eoc ) are considered to be the useful indicators of loc
土壤活性有機碳是指土壤中移動快、穩定性差、易氧化、礦化，並對植物和土壤微生物活性較高的那部分碳，常可用水溶性有機碳、微生物量碳和易氧化碳等來進行表徵。
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