Ecological Correlates of Reproductive Output in a Tennessee Population of Short's Bladderpod, Physaria globosa (Brassicaceae)

Krosnick, Shawn E.; Thacker, James H.; Mattingly, Hayden T.; Call, Geoffrey P.; Maynord, Silas C.; Adams, Daniel S.; Wheeler, Kit

doi:10.2179/0008-7475.87.1.20

Cited by 1 publication

(1 citation statement)

References 27 publications

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“…Bontrager and Angert (2016) used herbarium specimens to explore how climate contributes to variation in reproductive output and herkogamy of Clarkia pulchella. In the case of rare plants, Krosnick et al (2022) used herbarium specimens to explore the relationship between taproot size and number of inflorescences per plant for Physaria globosa. The use of herbarium specimens to assess the reproductive output of rare plants continues to be highly underutilized, although in the SSA for Leavenworthia texana [Texas golden gladecress] (U.S.…”

Section: Species Status Assessments -Current Species' Conditionsmentioning

confidence: 99%

Utilizing herbarium specimens to assist with the listing of rare plants

Molano-Flores,

Johnson,

Marcum

et al. 2023

Front. Conserv. Sci.

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Funding for rare plant conservation is limited. In addition, many aspects of the biology and ecology of rare plants are unknown. Therefore, low-cost data generation approaches to fill these gaps should be pursued. Herbarium specimens can be used as a low-cost alternative to learn about the basic biology and ecology of rare plant species. The information provided on herbarium labels has dramatically increased in recent decades to include precise locality (i.e., latitude/longitude), exact dates, habitat, associated species, and substrate. In addition, herbarium specimens are being digitized and the resulting images and data are available via clearinghouses such as GBIF and SEINet. Already, herbarium specimens of rare plants have been used to develop habitat suitability models, predict range shifts, and assess changes in flower phenology due to climate change. Herbarium specimens can also provide a wealth of information about the reproductive biology and biotic interactions of rare plants. In this paper, we will demonstrate how this information can be accessed and present a practical application for using this information to populate an important federal listing document in the USA, Species Status Assessments (SSA). We will provide examples from the literature, as well as case studies from our own research, to demonstrate how this information can be collected from herbarium specimens and how and where to incorporate this information into SSAs. More generally, data gleaned from herbarium specimens can become part of a conservationist’s tool kit to further our knowledge of past, present, and future trends for rare plants. Additional knowledge of a species’ biology and ecology allows land managers and conservationists to make more informed decisions and allows for greater protection of listed species.

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Section: Species Status Assessments -Current Species' Conditionsmentioning

confidence: 99%