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Traits
Mammal Collection (Vouchers [Standard Sampling]) (NEON:MAMC-VSS)
This sample is available for loan
Related Occurrences
derivedFromSameIndividual:
NEON-MAMC-BL:NEON011DM
derivedFromSameIndividual:
NEON-MAMC-BL:NEON011DM
Catalog Number (archiveGUID):
NEON01IBZ
SESAR Record
Sample Tag (SampleID):
BART.20180911.R4766.V
Barcode (sampleCode):
D00000165040
SampleUuid:
e9bea215-47c3-4d2b-89bf-e39760087a33
Taxon:
Clethrionomys gapperi
(Vigors, 1830)
Family:
Cricetidae
Determiner:
Robert Curtis (2018-09-11T16:00:00Z)
Taxon Remarks:
Identification source: harvested from NEON API
Show Full History
Determination History
Clethrionomys gapperi
(Vigors, 1830)
Determiner:
Robert Curtis
Date:
2018-09-11T16:00:00Z
Event ID:
16ce2d59-b063-4f0b-99d8-b020e1a7f25f
Collector:
Honora Tisell (ORCID
0000-0002-1541-5968
)
Date:
2018-09-11
Verbatim Date:
9/11/18
Locality:
United States, New Hampshire, Carroll, Northeast (D01), Bartlett Experimental Forest NEON (BART), Plot BART_012 (plot dimensions: 90m x 90m) [Location ID: BART_012.mammalGrid.mam]
44.047478 -71.315451 +-64m. WGS84
Verbatim Coordinates:
19N 314507.11762E 4879752.74199N
Elevation:
580-625 meters (1902-2050ft)
Habitat:
deciduousForest; slope aspect: 145.42; slope gradient: 14.25
Description:
Small mammal voucher collected incidentally as part of the NEON small mammal box trapping protocol.
Dynamic Properties:
totalLength: 125 mm, tailLength: 35 mm, hindfootLengthSU: 18 mm, hindfootLengthCU: 20 mm, earLength: 14 mm, weight: 17.6 g, embryoCount: NAp, crownRumpLength: NAp, placentalScars: NAp, testisLength: NA, testisWidth: NA, preparedBy: Laura D. Steger, preparedDate: 2021-03-22; Chapman 2024 GI trait data - Cecum.full.mass: 0.9991 g; Cecum.empty.mass: 0.2671 g; Cecum.dry.mass: 0.0397 g; Stomach.full.mass: 0.3793 g; Stomach.empty.mass: 0.1904 g; Stomach.dry.mass: 0.0387 g; LI.full.mass: 0.2291 g; LI.empty.mass: 0.0939 g; LI.dry.mass: 0.0126 g; SI.full.mass: 1.4528 g; SI.empty.mass: 0.6055 g; SI.dry.mass: 0.089 g
Reproductive Condition:
Non-scrotal
Life Stage:
adult
Sex:
Male
Preparations:
skin | skull | skeleton
Notes:
Associated with NEON small mammal individual NEON.MAM.D01.R4766
Material Samples
Sample Type
: skin, study
Catalog Number / Barcode
: D00000165040
Condition
: good
Disposition
: in collection
Preservation type
: dry
Preparation details
: prepared with borax
Preparation date
: 2021-03-22
Prepared by
: Steger, Laura
Display all Material Sample units
Sample Type
: skull
Catalog Number / Barcode
: D00000165040
Condition
: unchecked
Disposition
: in collection
Preservation type
: dry
Preparation date
: 2021-03-22
Prepared by
: Steger, Laura
Sample Type
: post-cranial skeleton
Catalog Number / Barcode
: D00000165040
Condition
: unchecked
Disposition
: in collection
Preservation type
: dry
Preparation date
: 2021-03-22
Prepared by
: Steger, Laura
Sample Type
: gastrointestinal tract
Catalog Number / Barcode
: NA
Condition
: good
Disposition
: in collection
Preservation type
: frozen, -20C
Preparation details
: upper and lower GI tract
Preparation date
: 2021-03-22
Prepared by
: Steger, Laura
Remarks
: consumed in research
Specimen Images
Author: Laura Steger
Open Medium Image
Open Large Image
Author: Laura Steger
Open Medium Image
Open Large Image
Author: Laura Steger
Open Medium Image
Open Large Image
Usage Rights:
http://creativecommons.org/publicdomain/zero/1.0/
Record ID:
517d70c3-567f-4b65-8545-2775ea2afabc
NEON Sample Viewer:
D00000165040
For additional information about this specimen, please contact: Laura Steger, Collection Manager (
lsteger@asu.edu
)
Associated References
Chapman, O. S. (2022). Gut Check: Exploring Gastrointestinal Morphology as a Continuous Functional Trait in Appalachian Small Mammal Communities (Order No. 29065992). Available from ProQuest Dissertations & Theses Global; Publicly Available Content Database. (2674875126). http://login.ezproxy1.lib.asu.edu/login?url=https://www.proquest.com/dissertations-theses/gut-check-exploring-gastrointestinal-morphology/docview/2674875126/se-2
Chapman, O. S., and McLean, B. S. 2024. “ Gastrointestinal Morphology is an Effective Functional Dietary Proxy that Predicts Small Mammal Community Structure.” Ecology e4454. https://doi.org/10.1002/ecy.4454
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Habitat
deciduous forest