1. Long-term ecological research in freshwaters enabled by regional biodiversity collections, stable isotope analysis, and environmental informatics.
- Author
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Turner, Thomas F, Jr, Henry L Bart, McCormick, Frank, Besser, Alexi C, Bowes, Rachel E, Capps, Krista A, DeArmon, Emily S, Dillman, Casey B, Driscoll, Katelyn P, Dugger, Aubrey, Hamilton, Gregor L, Harris, Phillip M, Hendrickson, Dean A, Hoffman, Joel, Knouft, Jason H, Lepak, Ryan F, López-Fernández, Hernán, Montaña, Carmen G, Newsome, Seth D, and Pease, Allison A
- Subjects
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STABLE isotope analysis , *ECOLOGICAL forecasting , *FRESHWATER biodiversity , *RESTORATION ecology , *BIODIVERSITY , *TECHNOLOGICAL innovations , *BIODIVERSITY conservation - Abstract
Biodiversity collections are experiencing a renaissance fueled by the intersection of informatics, emerging technologies, and the extended use and interpretation of specimens and archived databases. In this article, we explore the potential for transformative research in ecology integrating biodiversity collections, stable isotope analysis (SIA), and environmental informatics. Like genomic DNA, SIA provides a common currency interpreted in the context of biogeochemical principles. Integration of SIA data across collections allows for evaluation of long-term ecological change at local to continental scales. Challenges including the analysis of sparse samples, a lack of information about baseline isotopic composition, and the effects of preservation remain, but none of these challenges is insurmountable. The proposed research framework interfaces with existing databases and observatories to provide benchmarks for retrospective studies and ecological forecasting. Collections and SIA add historical context to fundamental questions in freshwater ecological research, reference points for ecosystem monitoring, and a means of quantitative assessment for ecosystem restoration. [ABSTRACT FROM AUTHOR]
- Published
- 2023
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