Mark A. Brady

TL;DR: The spatial and temporal dynamics of submerged plants were examined in a large subtropical lake in Florida, USA as mentioned in this paper, where a systematic survey of shoreline transects was used to compare attributes of submerged plant under pre-drought versus post-drough conditions.

TL;DR: In this article, the authors evaluate the relative importance of a range of abiotic and biotic habitat parameters in the existing and historic Kissimmee River ecosystem and provide a conceptual framework for predicting expected spatial and temporal responses of river and floodplain habitats to the restoration project.

TL;DR: The results demonstrate that in shallow lakes, unpredictable external forces, such as hurricanes, can play a major role in ecosystem dynamics and should be given to how they might affect long-term lake management programs.

TL;DR: The results indicate that water column temperature might affect the seasonal and spatial distribution of the two Daphnia species and that D.lumholtzi may be filling a 'vacant' seasonal or spatial niche when conditions are unfavorable for D.ambigua.

TL;DR: The simple modeling approach could serve as a coarse-scale tool for evaluating effects of water level management on Chara populations and produce a spatial map very similar to that based on observations.