- DSpace Home
- →
- Browsing by Author
JavaScript is disabled for your browser. Some features of this site may not work without it.
Browsing by Author "Clay, Natalie A."
Now showing items 1-8 of 8
-
Lucas, Jane M.; Clay, Natalie A.; Kaspari, Michael (2018)1. Energy fluxes between ants and plants have been a focal point for documenting mutualistic behaviour. Plants can provide resources to ants through the production of extrafloral nectaries. In exchange, ants can fertilise ...
-
Clay, Natalie A.; Yanoviak, Stephen P.; Kaspari, Michael E. (2014)
-
Kaspari, Michael E.; Yanoviak, Stephen P.; Dudley, Robert K.; Yuan, May; Clay, Natalie A. (2009)Sodium (Na) is uncommon in plants but essential to the metabolism of plant consumers, both decomposers and herbivores. One consequence, previously unexplored, is that as Na supplies decrease (e.g., from coastal to inland ...
-
Kaspari, Michael; Clay, Natalie A.; Lucas, Jane; Revzen, Shai; Kay, Adam; Yanoviak, Stephen P. (2016)We studied the Thermal Performance Curves (TPCs) of 87 species of rainforest ants and found support for both the Thermal Adaptation and Phosphorus-Tolerance hypotheses. TPCs relate a fitness proxy (here, worker speed) to ...
-
Kaspari, Michael; Clay, Natalie A.; Lucas, Jane; Yanoviak, Stephen P.; Kay, Adam D. (2015)
-
Clay, Natalie A.; Lehrter, Richard J.; Kaspari, Michael (2017)Toward understanding the geography of omnivory, we tested three hypotheses that predict the proportion of animal tissue consumed: The Sodium Limitation Hypothesis predicts that omnivores increase animal consumption in ...
-
Donoso, David A.; Johnston, Mary K.; Clay, Natalie A.; Kaspari, Michael E. (2013)
-
Clay, Natalie A.; Donoso, David A.; Kaspari, Michael (2015)
Now showing items 1-8 of 8
Search DSpace
Browse
-
All of DSpace
