belowground

英

美

adj.  地（表面以）下的

化学

COCA.35390

英英释义

adj

• underneath the ground
  1. most of his friends are now belowground
• under the level of the ground
  1. belowground storage areas
  2. underground caverns
  Synonym:underground

双语例句

• The perennial rhizomes formed closely crowed belowground networks.
  多年生根茎在沙基质中形成多层密集网络结构；
• Both aboveground biomass and belowground biomass decreased with species richness increase and inclined to negative relationships.
  植物的地上和地下生物量都随着丰富度的增加而减少，倾向于负相关关系。
• The biomass of rhizome, adventitious root, and belowground part were maximal under dry-wet alternate condition at both growth stages.
  在生长旺盛期和末期，干湿交替处理下毛苔草根茎、不定根及地下总生物量均最高；
• In the past decades, the aboveground and belowground components of ecosystem have traditionally been considered in isolation from one another and few studies have experimentally investigated the influence of plant diversity on soil microorganisms.
  以往对生态系统的地上与地下部分研究常常孤立进行，并且很少探寻植物多样性对土壤微生物的影响。
• The reason of soil respiration rate increasing in the fenced plots might be the increases of biomass in the belowground and soil water content.
  （m2.h）-1，围栏样地土壤呼吸作用的升高可能与地下生物量增加和土壤水分改善有关；
• Competition is common in nature. Generally, competition between tree species is divided into two groups: aboveground competition for light and belowground competition for soil and water resources.
  竞争是自然界中普遍存在的现象，林木之间的竞争包括地上部分对光照的竞争和地下部分对水分和养分的竞争。
• The biomass allocated to aboveground and belowground was changed by AMF wherever under salt or non salt environments.
  无论有无盐胁迫，AM真菌极大改变了植物生物量的地上地下分配比例。
• Total belowground carbon allocation in Castanopsis kawakamii and Chinese fir plantations in subtropical area of China UNDERGROUND
  格氏栲和杉木人工林地下碳分配
• Further more, the research of root biomass and its distribution in succession can provide the new theoretic bases for forest dynamics, also maybe the one focus of the belowground ecology.
  在演替过程中，根系生物量及其分布动态的研究，可以为森林群落动态学提供新的理论基础，是未来地下生态学研究的焦点之一。
• Survival rate, belowground biomass and aboveground biomass of the seedlings were affected by salinity, pH and their interactions.
  盐浓度和pH值梯度以及二者间的交互作用对苜蓿幼苗地上、地下生物量和存活率均有极显著影响。