organic detritus
英 [ɔːˈɡænɪk dɪˈtraɪtəs]
美 [ɔːrˈɡænɪk dɪˈtraɪtəs]
网络 有機碎屑; 有机碎屑; 家给有机碎屑; 有机碎屑线路
双语例句
- Microbial biomass and its active control of organic detritus decomposition in soil were strongly correlated with carbon mineralization.
土壤微生物的活性，决定着土壤中有机碎屑的降解速率，是土壤有机碳分解周转的主要诱导因素。 - Biological composition and FAA content of particulate organic detritus from mudflat of intertidal zone Detritus Fragments of dead material, such as leaf litter and products of the breakdown of organic material by decomposers.
潮间带滩涂颗粒有机碎屑生物组成及其游离氨基酸分析碎屑（腐屑）：由分解者分解已经死亡的有机物质的而产生的废物。 - Organic detritus from rivers could also be a source of the contamination, he says.
他还说，另一种可能性来自经过河流的有机残留物。 - All this scattered organic detritus is human fascia.
这里满地的器官都是人的韧带。 - Clastic rocks are composed of individual fragments of mineral or rock. The fragments may range in size from huge boulders to microscopic particles. Biological composition and FAA content of particulate organic detritus from mudflat of intertidal zone
碎屑岩是由岩石和矿物碎屑的单体组合而成，这些碎屑物质的粒度可以是巨大的确石到微细的颗粒。潮间带滩涂颗粒有机碎屑生物组成及其游离氨基酸分析 - In the model, 6 state variables ( DIN, PO4-P, phytoplankton, scallop, organic detritus, and dissolved organic nutrients) were included.
涉及溶解无机氮（DIN）、磷酸盐（PO（4-）P）、浮游植物、贝类、有机碎屑和溶解有机态营养盐6个状态变量。 - The role of microbic in the circle of main organic detritus
微生物对水体中主要有机碎屑的循环作用 - Quantities and seasonal variations in seston and particulate organic detritus in Baoan lake and their relation to fisheries production
保安湖浮游物和颗粒有机碎屑现存量及季节变动与渔业生产 - The results showed that a food chain formed in the intertidal mudflat, which was composed of particulate organic detritus, bacteria ( Micrococcus), micro-diatoms, protozoa ( Tintinnopsis) and the mudskipper ( Boleophthalmus pectinirostris).
研究结果表明，在潮间带滩涂形成了颗粒有机碎屑、细菌（微球菌）、微型硅藻、原生动物（拟铃虫）和大弹涂鱼的食物链营养关系。 - It is shown from the analysis results that the color reflectance of sediments from the southern Yellow Sea shelf area is controlled by the ferric oxide, organic matter, clay mineral and calcareous biogenic detritus contents in sediments.
分析结果表明，南黄海陆架沉积物颜色反射率受控于沉积物中的铁氧化物、有机质以及粘土矿物和钙质生物碎屑含量。