1) plant residue
植物残体
1.
Analysis of plant residue decomposition dynamics in alpine swamp meadow;
高寒湿地植物残体降解的动态分析
2.
The decomopition speeds of plant residue of peat in the laboatory and in field arestudied, and the main factors that effect the decompeition speed are discussed in this paper.
研究了实验室条件和野外条件下泥炭植物残体的分解速率,探讨了植物残体分解过程中主要的影响因素。
3.
Based on the secondary forest at Ziwuling in typical hilly-gully regions on the Loess Plateau,the decay of plant residues in soils under different vegetation types is studied.
以黄土丘陵沟壑区子午岭次生林区为研究区域,研究了不同植被覆盖下植物残体的分解特性。
2) plant residues
植物残体
1.
Study on plant residues harvested in floating culture system as stuffs in pig manure composting;
漂浮栽培修复系统的植物残体作为猪粪堆沤填充料的应用研究
2.
Organic carbon mineralization affected by water content and plant residues in purple paddy soil;
土壤水分和植物残体对紫色水稻土有机碳矿化的影响
3.
The aim of this experiment is to utilize three plant residues harvested in floating culture system to make as tomato seedling substrate through adding different volumes of sand,and choose suitable substrates as tomato seedling substrate.
利用净化猪场废水漂浮栽培系统收获的3种植物残体作为番茄育苗基质的材料,与河沙以不同的比例混合,进行育苗基质筛选。
3) aquatic plant residues
水生植物残体
1.
Distribution character of aquatic plant residues and its nitrogen and phosphorus in the sediments in Nanhu Lake,Wuhan;
武汉南湖沉积物中水生植物残体及其氮磷分布
4) plant residues in natural meadow
草原植物残体
1.
Decomposition dynamics of plant residues in natural meadow in northeast China;
东北草原植物残体腐解动态研究(简报)
5) phyteral
['faitərəl]
煤中植物残体
1.
The coal forming plants in middle Devonian have been identified with the help of phyteral analysis, including the analysis of palynology, cutinite, and wood, as well as the study of floras of coal bearing strata from South China.
依据煤中植物残体分析并结合煤系地层植物群组合特征,对华南中泥盆世成煤植物进行了论证。
6) the type of plant residue
植物残体种类
补充资料:残质体
吞噬性溶酶体到达末期阶段时,由于水解酶活性下降,还残留一些未被消化和分解的物质,被保留在溶酶体内,形成在电镜下呈现电子密度较高,色调较深的残余物,这种溶酶体称为残质体(residual body),常见的残质体有脂褐色,含铁小体,多泡体和髓样结构等,有的残质体能将其残余物通过胞吐作用排出细胞,有的则长期存留在细胞之内而不被排出如脂褐素
1、 常含有脂滴的脂褐色
围以单位膜的小体,内容物电子密度高,色调深,常含有浅亮的脂滴,常见于神经细胞和心肌细胞中,如皮肤上的老年斑,即为脂褐素堆积而成。
2、内部充满铁颗粒的含佚小体
含铁小体(siderosome)被以单位膜,内部充满电子密度高的含铁颗粒,在正常的单核—巨噬细胞系统细胞中可见到含铁小体。在溶血的病人脾脏中明显增多。
3.由许多小泡构成的多泡体
多泡体外被以单位膜,内含许多小泡,小泡可能来自高尔基体或细胞吞饮的小泡。
4、膜性成份呈同心层状的髓样结构
髓样结构的特点是:它所含有的膜性成份呈同心层状,板状或指纹状等排列,可见于正常细胞(巨噬细胞)及病变细胞如肿瘤细胞和病毒感染的细胞。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条