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274 results for “Rocky Mountains”
Data from: Fire-regime complacency and sensitivity to centennial- through millennial-scale climate change in Rocky Mountain subalpine forests, Colorado, U.S.A.
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Data from: Fire-regime complacency and sensitivity to centennial- through millennial-scale climate change in Rocky Mountain subalpine forests, Colorado, U.S.A.
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The effect of plant invasion on soil microbial carbon-use efficiency in semiarid grasslands of the Rocky Mountain West
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Interactions between endophagous flowerhead herbivores and Asteraceae in five localities of rocky outcrop grasslands in the Espinhaço mountain range in the state of Minas Gerais (Brazil)
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Probability of occurrence and phenology of pine wilt disease transmission by insect vectors in the Rocky Mountains
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Data from: Climate-driven decreases in aspen’s distribution and opportunities for future expansion across the Southern Rocky Mountains
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Data from: Drivers of spring migration phenology in Rocky Mountain elk
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FIGURE 20 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 20. Male terminalia, lateral view of E. (Enoplempis). A, E. snoddyi; B, E. stenoptera.
FIGURE 15 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 15. Male terminalia, lateral view of E. (Enoplempis). A, E. nuda; B, E. pectinata.
FIGURE 7 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 7. Male terminalia, lateral view of E. (Enoplempis). A, E. arthritica; B, E. ctenocnema.
FIGURE 10 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 10. Male terminalia, lateral view of E. (Enoplempis). A, E. gulosa; B, E. loripedis.
FIGURE 5 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 5. Distribution of E. (Enoplempis). A, E. amytis; B, E. appalachicola and E. ctenocnema.
FIGURE 13 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 13. Male terminalia, lateral view of E. (Enoplempis). A, E. montywoodi; B, E. nodipoplitea.
FIGURE 22 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 22. Distribution of E. (Enoplempis). A, E. snoddyi and E. stenoptera; B, E. tridentata.
FIGURE 8 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 8. Male terminalia, lateral view of E. (Enoplempis). A, E. enodis; B, E. gladiator.
FIGURE 17 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 17. Male terminalia, lateral view of E. (Enoplempis). A, E. pencillata; B, E. prodigiosa.
FIGURE 11 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 11. Distribution of E. (Enoplempis). A, E. arthritica and E. gladiator; B, E. gulosa.
FIGURE 21 in Revision of the Empis subgenus Enoplempis Bigot, east of the Rocky Mountains (Diptera: Empididae)
FIGURE 21. Male terminalia, lateral view of E. (Enoplempis). A, E. tridentata; B, E. vockerothi.
Rocky Mountain Brook Trout harvest project genotypes
<p>Sustainable management of exploited populations benefits from integrating demographic and genetic considerations into assessments, as both play a role in determining harvest yields and population persistence. This is especially important in populations subject to size-selective harvest, because size selective harvesting has the potential to result in significant demographic, life-history, and genetic changes. We investigated harvest-induced changes in the effective number of breeders ( ) for introduced brook trout populations (<em>Salvelinus fontinalis</em>) in alpine lakes from western Canada. Three populations were subject to three years of size-selective harvesting, while three control populations experienced no harvest. The decreased consistently across all harvested populations (on average 60.8%) but fluctuated in control populations. There were no consistent changes in between control or harvest populations, but one harvest population experienced a decrease in of 63.2%. The / ratio increased consistently across harvest lakes; however we found no evidence of genetic compensation (where variance in reproductive success decreases at lower abundance) based on changes in family evenness ( ) and the number of full-sibling families ( ). We found no relationship between and or between / and . We posit that change in was buffered by constraints on breeding habitat prior to harvest, such that the same number of breeding sites were occupied before and after harvest. These results suggest that effective size in harvested populations may be resilient to considerable changes in Nc in the short-term, but it is still important to monitor exploited populations to assess the risk of inbreeding and ensure their long-term survival.</p>
Supplementary material 1 from: Cripps CL, Eberhardt U, Schütz N, Beker HJ, Evenson VS, Horak E (2019) The genus Hebeloma in the Rocky Mountain Alpine Zone. MycoKeys 46: 1-54. https://doi.org/10.3897/mycokeys.46.32823
: Data type: GenBank accession numbers
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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