底栖藻类

  • 网络benthic algae
底栖藻类底栖藻类
  1. 底栖藻类对氮、磷去除效果研究

    Study on Removal Efficiency of Nitrogen and Phosphorus by Freshwater Benthic Algae

  2. 淡水湖泊底栖藻类的生态学研究

    Study on the Ecology of Benthic Algae in Freshwater Lakes

  3. 潮滩沉积物&水界面NH3-N交换通量的底栖藻类效应

    Effect of benthic alga on ammonium flux in the intertidal sediment-water interface

  4. 大型水电站对河流底栖藻类群落的影响

    Impacts of large hydropower station on benthic algal communities

  5. 大连石庙鲍育苗池冬、春季底栖藻类组成初探

    Preliminary studies on winter and spring benthic algae in the abalone breeding pool

  6. 而藻类计数的结果表明,照度与底栖藻类生物量存在正相关性。

    Algae counting experiment showed that there was positive correlation between algae and light intensity .

  7. 雅砻江(锦屏段)及其主要支流底栖藻类群落与环境因子的关系

    Benthic algal communities in Jinping reach of Yalong River and its main tributaries in relation to environmental variables

  8. 碳酸盐岩具有双重母质的特点,浮游藻类偏油,底栖藻类偏气。

    The carbonate source rock must be argillaceous and is of Dual precursors & planktonic algae and benthonic algae .

  9. 由此可以推断,光照对沉积物磷释放的影响主要表现为受照度控制生长的底栖藻类吸收沉积物中释放的磷,阻挡其进入上覆水中。

    This indicated that benthos algae controlled by light took up phosphorus released from sediments , and thus prohibited phosphorus into the overlying water .

  10. 叶绿素α和脱镁叶绿酸α的平面分布和垂直分布格局是一致的,表明两者是同源的,即两者均来自底栖藻类以及浮游藻类的沉降。

    The horizontal and vertical distribution patterns of Chl-a and Pha - α are similar , indicating they have the same origin , i.e. they come from the benthic algae and the deposition of planktonic algae .

  11. 在南岸边滩,碳水化合物的累积主要受水动力条件的控制,累积于细颗粒物上;环境中的生物作用对蛋白质的累积有巨大的作用;底栖藻类则是脂类的主要来源。

    At southern bank , the accumulation of carbohydrates was controlled by hydrodynamic condition and carbohydrates gathered in fine grains ; concentration of proteins was influenced by organisms in the sediment ; lipids mainly originated from benthic algae .

  12. 用ICP-MS法测定了厦门湾及邻近海域底栖大型藻类、软体动物、节肢动物中15种稀土元素的含量,研究了底栖生物稀土元素的组成及其分布与生态环境意义。

    Fifteen rare earth elements ( REEs ) in benthic seaweeds , molluscs and arthropods ( mainly crustaceans ) from the Xiamen Bay and adjacent waters were determined with an inductively coupled plasma mass spectrometer ( ICPMS ) in order to study the REE distribution and their environmental implications .