Bradley Robbins and Susan Bell are at the Dept of Biology, University of South Florida, Tampa, FL 33620-5150, USA.
Trends Ecol Evol. 1994 Aug;9(8):301-4. doi: 10.1016/0169-5347(94)90041-8.
Subtidal seagrass habitats are prime candidates for the application of principles derived from landscape ecology. Although seagrass systems are relatively simple compared to their terrestrial counterparts in terms of species diversity and structural complexity, seagrasses do display variation in spatial patterns over a variety of scales. The presence of a moving water layer and its influence on faunal dispersal may be a distinguishing feature impacting ecological processes in the subtidal zone. Studying seagrass-dominated landscapes may provide a novel approach to investigating questions regarding self-similarity of spatial patterns, and offers a new perspective for analysing habitat change in a variety of marine environments.
潮下带海草生境是应用景观生态学原理的主要候选者。尽管与陆地生态系统相比,海草系统在物种多样性和结构复杂性方面相对简单,但海草在各种尺度上的空间格局确实存在差异。运动水层的存在及其对动物扩散的影响可能是一个显著特征,影响着潮下带的生态过程。研究以海草为主的景观可能为研究空间格局自相似性问题提供一种新方法,并为分析各种海洋环境中的生境变化提供新视角。