Mechanisms Underlying Lack of Functional Compensation by Insect Grazers After Tadpole Declines in a Neotropical Stream
Jose Colon-Gaud
Part of the Life Sciences Commons
Works by Scott Connelly in Life Sciences
2021
2018
Evidence for the Persistence of Food Web Structure After Amphibian Extirpation in a Neotropical Stream
Jose Colon-Gaud
2016
Initial Versus Longer-Term Effects of Tadpole Extirpation on Algal Resources and Nitrogen Cycling in a Neotropical Stream
Jose Colon-Gaud
Potential Functional Redundancy and Resource Facilitation between Tadpoles and Insect Grazers in Tropical Headwater Streams
Jose Colon-Gaud
Long-Term Changes in Structure and Function of a Tropical Headwater Stream Following a Disease-Driven Amphibian Decline
Jose Colon-Gaud
2015
2014
2013
2010
Potential Functional Redundancy and Resource Facilitation between Tadpoles and Insect Grazers in Tropical Headwater Streams
Jose Colon-Gaud
2009
Macroinvertebrate Community Responses to Catastrophic Amphibian Declines in Neotropical Streams: Potential for Functional Redundancy Among Tadpoles and Grazing Mayflies
Jose Colon-Gaud
Assessing Ecological Responses to Catastrophic Amphibian Declines: Patterns of Macroinvertebrate Production and Food Web Structure in Upland Panamanian Streams
Jose Colon-Gaud
2008
Changes in Quality and Quantity of Stream Algae and Seston Resulting From Neotropical Amphibian Declines
Jose Colon-Gaud
Food Web Structure and Energy Flow in Panamanian Headwater Streams: Assessing Responses to Catastrophic Amphibian Declines
Jose Colon-Gaud
2007
Neotropical Tadpole Extirpations Cause Long-Term Changes in Periphyton Quantity and Quality
Jose Colon-Gaud
2006
The Effects of Amphibian Population Declines on the Structure and Function of Neotropical Stream Ecosystems
Jose Colon-Gaud