Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是光能合成的或腐的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植物群落态学的研究,对太湖质染及富营养化进行总评及分区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中获取碳源，从硫化氢或其他无机化合物中获取氢，而另一些细菌则是光能合成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太植物群落生态学的研究,对太春季水质污染及富营养化进行总评及分区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从机料中获取碳源，从硫化氢或机化合物中获取氢，而另一些细菌则是光能合成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植物群落生态学的研究,对太湖春季水质污染及富营养化进行总评及分区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中获取碳源，从硫化氢或其他无机化合中获取氢，而另一些细菌则是光能合成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植生态学的研究,对太湖春季水质污染及富营养化进行总评及分区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中碳源，从硫化或其他无机化合物中，而另一些细菌则是光能合成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植物群落生态学的研究,对太湖春季水质污染及富营养化进行总评及区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中获取碳源，从硫氢或其他无机中获取氢，而另一些细菌则是光能成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植群落生态学的研究,对太湖春季水质污染及富营养进行总评及区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中获取碳源，从或其他无机合物中获取，而另一些细菌则是光能合成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植物群落生态学的研究,对太湖春季水质污染及富营养进行总评及分区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

细菌无机料中获取碳，化氢或其他无机化合物中获取氢，而另一细菌则是光能合成的或腐生的。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过太湖浮游植物群落生态学的研究,对太湖春季水质污染及富营养化进行总评及分区评价。

Some derive their carbon from inorganic sources, and their hydrogen from hydrogen sulfider or other inorganic compounds, while other bacteria may be photosynthetic or saprobic.

某些细菌从无机料中获取碳源，从硫化氢或其他无机化合中获取氢，而另一些细菌则是光能合成或腐生。

The ecological features of phytoplankton community were preliminarily studied in the Taihu Lake.The trophic level and saprobic degree of the lake were evaluated in whole and in sub areas respectively.

通过浮游植群落生态学研究,春季水质污染及富营养化进行总评及分区评价。