The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖的后生浮游动物基本上为广温种，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷季相比, 暖季中甲藻门和蓝藻门丰度明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖的后生浮游动物基本上为广温种，一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅丰度占优势, 但与冷季相比, 暖季中甲蓝丰度明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖后生浮游动物基本上为广温种类，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷季相比, 暖季中甲藻门和蓝藻门丰度明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖的后生浮游动物基本上为广温种类，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷季相比, 暖季中甲藻门和蓝藻门丰度明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖后生浮游动物基本上为广温种类，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷季相比, 暖季中甲藻门和蓝藻门丰度明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖浮游动物基本为广温种类，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷季相比, 暖季中甲藻门和蓝藻门丰度明显升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖的后生浮游动物基本上为广温类，兼具一些。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷相, 中甲藻门和蓝藻门丰度明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

星湖的后生浮游动基本上为广温种类，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植差异小, 硅藻门优势, 但与冷季相比, 暖季中甲藻门和蓝藻门明显上升。

The metazoan zooplankton species were mainly composed of eurythermal ones and only a few thermophil ones were also found.

湖的后生浮游动物基本上为广温种类，兼具一些嗜暖种。

In the cool seasons, Navicula subminuscula, a eurythermal species, was the major dominant species, while warm water species increased rapidly with increasing air temperature.

不同季节浮游植物丰度差异小, 硅藻门丰度占优势, 但与冷季相比, 暖季中甲藻门和蓝藻门丰度明显上升。