EARLY HEARING DETECTION AND INTERVENTION VIRTUAL CONFERENCE
MARCH 2-5, 2021
(Virtually the same conference, without elevators, airplane tickets, or hotel room keys)
6/06/2017 | 9:15 AM - 9:30 AM | PLANT TRAITS IN AQUATIC ENVIRONMENT HAVE LASTING EFFECTS ON LARVAL AND POST-METAMORPHIC ANURANS | 306C
PLANT TRAITS IN AQUATIC ENVIRONMENT HAVE LASTING EFFECTS ON LARVAL AND POST-METAMORPHIC ANURANS
Changes in plant communities are seen dramatically in wetland ecosystems where plant traits (e.g., nutrients and secondary compounds) vary across plant taxa. Since many wetland species have bi-phasic life cycles, the influence of changing wetland plant communities has the potential to be transferred to adjacent ecosystems. We used aquatic mesocosms and terrestrial enclosures to assess the influence of five different plant species with varying concentrations of Nitrogen, Phosphorus and phenolics on the larval (aquatic) and post-metamorphic (terrestrial) survival, size, growth, and export biomass of wood frogs (Rana sylvatica). We found wood frog survival differed across plant treatments in the aquatic life stage, but not following metamorphosis. Tadpole and post-metamorphic size, growth and export biomass significantly varied across plant treatments. Tadpoles raised in treatments with low phenolic and high nutrient concentrations grew larger and sustained higher growth in the post-metamorphic life stage; however, variations in size, growth and biomass export did not differ following metamorphosis. Neither phenolic nor nutrient concentrations predicted tadpole survival or size. These results suggests variation in plant traits in the aquatic environment have measurable impacts on tadpole fitness, but do not have long-term impacts following metamorphosis.
- C09 Wetland Ecology
- C26 Invasive Species
- C02 Fish and Other Aquatic Vertebrates
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Presenters/Authors
Joseph Milanovich
(), Loyola University Chicago, jmilanovich@luc.edu;
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Sarah Crites
(), Loyola University Chicago, scrites@luc.edu;
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Daniella DeRose
(), Loyola University Chicago, dderose@luc.edu;
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Andrés Muñoz
(), Loyola University Chicago, amunoz7@luc.edu;
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