benthos 中文意思是什麼

benthos 解釋
n. 名詞 1. (深海)海底,湖底。
2. 海底生物,水底生物。

  1. Diversity indices of benthos benthic community

    底棲生物底棲群落多樣性指數
  2. The study of benthos in the heihe basin

    黑河流域底棲動物的研究
  3. Multivariate statistics of benthos

    底棲生物多變數統計。
  4. Primary survey on protozoa and benthos and assessment of water quality in juma river

    拒馬河原生動物和底棲動物初步調查及水質分析
  5. Plankton and benthos monitoring was carried out in 2003. the results in main gulfs were shown as followed in table 3

    2003年,開展浮游生物和底棲生物監測,各主要港灣監測結果詳見表3 。
  6. The concentrations of heavy metals in benthos ( aquatic oligochaetes ) is remarkablely correlated with that in sediments ( p < 0. 01, p < 0

    河涌中的水棲寡毛類與沉積物中的重金屬含量顯著相關( p 0 . 01 ) 。
  7. Zoobenthos were affected by mitten crabs in two ways : direct feeding on benthos and indirect effect through damage of submerged macrophytes

    河吸對底棲動物的影響一是直接覓食,二是通過破壞水草間接影響。
  8. Coastal zones are important habitats to fauna, having a primary production for offering such as benthos and sessile organisms

    摘要沿岸海域一直是生物重要的棲地,並且提供像底棲生物或附著生物相當高的基礎生產。
  9. Benthos the organisms that live on the bottom sediments of freshwater and marine ecosystems. they include plants and algae ( phytobenthos ) that grow below low tide mark

    底棲生物(海底生物) :在淡水或海洋生態系統底部生活的生物體。包括一些水底的植物和藻類。
  10. And the benthos ecosystem also shows a seasonal cycle. the biomass of macrobenthos is higher in autumn while that of meiobenthos tends to be higher in both spring and autumn

    黃海冷水團水域大型底棲動物生物量秋季比較大,而小型底棲動物生物量存在春、秋兩季的高值。
  11. To understand the relationships between the benthos, sessile organisms and the constructions of artificial shallow water zone, the performance of the benthic index of biotic integrity ( b - ibi ) was used to analysis the ecological status

    結果顯示: ( 1 )底棲生物及附著生物皆可反映海岸淺灘生態環境的生態現況,適合作為生物指標。
  12. Grazing of phytoplankton by zooplankton and suspension - feeding benthos is also considered a promising control agent, but this approach has many logistical problems and is a long way from the application stage

    另一方面,利用大型海藻與微藻間的相生相剋和營養競爭等作用在養殖區域內進行赤潮的防控被認為具有較強的理論和實踐意義。
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