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The response of  Carex lasiocarpa  in riparian wetlands in Sanjiang Plain to the environmental gradient of water depth was analyzed by using the Gaussian Model based on the biomass and average height data, and the ecological water-depth amplitude of  Carex lasiocarpa  was derived. The results indicated that the optimum ecological water-depth amplitude of  Carex lasiocarpa  based on biomass was [13.45 cm, 29.78 cm], while the optimum ecological water-depth amplitude of  Carex lasiocarpa  based on average height was [2.31 cm, 40.11 cm]. The intersection of the ecological water-depth amplitudes based on biomass and height confirmed that the optimum ecological water-depth amplitude of  Carex lasiocarpa  was [13.45 cm, 29.78 cm] and the optimist growing water-depth of  Carex lasiocarpa  was 21.4 cm. The TWINSPAN, a polythetic and divisive classification tool, was used to classify the wetland ecological series into 6 associations. Result of TWINSPAN matrix classification reflected an obvious environmental gradient in these associations: water-depth gradient. The relation of biodiversity of  Carex lasiocarpa  community and water depth was determined by calculating the diversity index of each association.

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The Ecological Response of<i>Carex lasiocarpa</i>Community in the Riparian Wetlands to the Environmental Gradient of Water Depth in Sanjiang Plain, Northeast China

The Ecological Response ofCarex lasiocarpaCommunity in the Riparian Wetlands to the Environmental Gradient of Water Depth in Sanjiang Plain, Northeast China