1979-2008年龙峰湿地自然保护区景观格局动态变化分析

Yuandong Hu, Y. Wu, Beiming Cai, L. Da
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摘要

龙峰湿地保护区是中国最大的城市湿地之一,在大庆市城市生态环境可持续发展中发挥着重要作用。然而,随着城市化进程的加快,龙峰湿地保护区的景观格局发生了显著变化。利用遥感数据(1979年、1989年、2001年和2008年)和GIS作为基础信息资源和辅助分析工具。采用总斑块面积(TN.P)、斑块数(NP)、斑块数(PL.A.N)等指标分析了龙峰湿地保护区景观结构的动态变化。D(景观百分比),PD(斑块密度),LS。I(景观形态指数),SH.D.;I(Shannon’s多样性指数),DI(斑块丰富度),PA.F。D(周长-面积分形维数)等。结果,沼泽作为景观基质控制着物质和能量的流动。景观分析结果表明,近30 a来湿地面积减少,斑块数量增加较快。由于景观优势度的降低,区域呈现破碎化。1979 - 2008年,景深指数的增加表明该地区景观类型呈现多样化趋势。虽然湿地的减少速度得到了相关保护法规的控制,但湿地面积的减少仍然是脆弱的。因此,应进一步加强保护区的保护规划,以可持续利用为最终目标。
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Analysis on the dynamic changes of landscape patterns of Longfeng wetland nature reserve in 1979–2008
Longfeng wetland reserve is one of China's largest urban wetland and plays a significant role in the sustainable development of the urban eco-environment in Daqing city. However, The landscape pattern of Longfeng wetland reserve has undergone a significant change as a result of accelerated urbanization. Remote sensing data (1979, 1989, 2001 and 2008) and GIS were utilized as basic information resource and ancillary tool for the analysis. Dynamic change of landscape structure at the wetland reserve of Longfeng was analyzed by using indices such as TN.P(total patch area), NP(number of patches), PL.A.N.D(percentage of landscape), PD(patch density), LS.I(landscape shape index), SH.D.I(Shannon's diversity index), DI(patch richness), PA.F.D(perimeter-area fractal Dimension) and etc. As the result that swamp as the landscape matrix controlled the matter and energy flowing. The result of landscape analysis indicates that the area of swamp decreased, but the patch number increased rapidly in recent 30 years. The area was fragmented due to the decreasing of the landscape dominance. SH.D.I increased implies the landscape type is becoming more diverse in the area from 1979 to 2008. Although the rate of wetland diminishing was kept by the related protection laws, the wetland decreasing in area is still remained vulnerable. Therefore, the plan for protecting the reserve should be further strengthened and sustainable utilization will be the final goal.
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