Showing 201 - 220 results of 918 for search '"salamander"', query time: 0.21s Refine Results
  1. 201

    Identification of Mutant Genes and Introgressed Tiger Salamander DNA in the Laboratory Axolotl, Ambystoma mexicanum by M. Ryan Woodcock, Jennifer Vaughn-Wolfe, Alexandra Elias, D. Kevin Kump, Katharina Denise Kendall, Nataliya Timoshevskaya, Vladimir Timoshevskiy, Dustin W. Perry, Jeramiah J. Smith, Jessica E. Spiewak, David M. Parichy, S. Randal Voss

    Published 2017-01-01
    “…Finally, we show that historical introgression of tyr a significantly altered genomic composition of the laboratory axolotl, yielding a distinct, hybrid strain of ambystomatid salamander. Our results demonstrate the feasibility of identifying genes for traits in the laboratory Mexican axolotl.…”
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  2. 202

    Estimation of the body condition of European cave salamanders (genus Speleomantes) from digital images by Eleonora Cialente, Ben Oetken, Luca Coppari, Enrico Lunghi

    Published 2025-03-01
    “…This study provided a reliable and non-invasive method that allows to estimate the body condition for terrestrial salamanders of the genus Speleomantes. …”
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  3. 203

    Micromanagement: conditions influencing antipathogen function of the skin microbiome in spotted salamanders, Ambystoma maculatum by Kelly Barnhart-McCarty, Brandon LaBumbard, Patrick J. Kearns, Rakeyah Ahsan, Ross Whetstone, Molly Bletz, Saleh E. AlKhalifa, Anthony Poltronetti, Amanda Tokash-Peters, Caitlin R. Gabor, Klaus Schliep, Thomas P. Umile, Kevin Minbiole, Douglas C. Woodhams

    Published 2024-10-01
    “…In this study, we focused on the composition of the skin microbiome across life stages of spotted salamanders (Ambystoma maculatum). We also evaluated the stress hormone corticosterone and skin microbiome response to inoculations with Bsal and probiotics at both the larval and juvenile developmental stages, and the response to different environmental conditions. …”
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  4. 204

    Embryo development inside female salamander (Ambystoma jeffersonianum-laterale) prior to egg laying. by Noah D Charney, John J Castorino, Megan J Dobro, Sarah L Steely

    Published 2014-01-01
    “…The length of embryo retention prior to oviposition is a critical evolutionary trait. In all oviparous salamanders, which include the vast majority of species in the order, fertilization is thought to occur at the time of egg laying. …”
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  5. 205

    Genic regions of a large salamander genome contain long introns and novel genes by Bryant Susan V, Hunter Tony, Verma Inder M, Pao Gerald M, Zhu Wei, Putta Srikrishna, Smith Jeramiah J, Gardiner David M, Harkins Timothy T, Voss S Randal

    Published 2009-01-01
    “…These intronic sequences may harbor novel coding and non-coding sequences that regulate biological processes that are unique to salamanders.</p>…”
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  6. 206

    Japanese monkeys rapidly noticed snake-scale cladded salamanders, similar to detecting snakes by Nobuyuki Kawai

    Published 2024-11-01
    “…The monkeys quickly detected one snake photograph from the eight salamander photographs than vice versa. However, when the same salamanders were clothed with snake scales using image processing, the difference in detection speed between snakes and salamanders disappeared. …”
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  7. 207

    Performance of different automatic photographic identification software for larvae and adults of the European fire salamander. by Laura Schulte, Charlotte Faul, Pia Oswald, Kathleen Preißler, Sebastian Steinfartz, Michael Veith, Barbara A Caspers

    Published 2024-01-01
    “…We used another dataset of European fire salamander adult pictures taken in the field and tested this using all five software. …”
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  8. 208

    Using historical dip net data to infer absence of flatwoods salamanders in stochastic environments by George C. Brooks, Carola A. Haas

    Published 2021-10-01
    “…We investigate how annual variability in detection influences long-term monitoring efforts of Reticulated Flatwoods Salamanders (Ambystoma bishopi) breeding in 29 wetlands in Florida. …”
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  9. 209

    Digits lost or gained? Evidence for pedal evolution in the dwarf salamander complex (Eurycea, Plethodontidae). by Trip Lamb, David A Beamer

    Published 2012-01-01
    “…Although digit loss has been documented among distantly related species of salamanders, it is relatively uncommon in this amphibian order. …”
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  10. 210

    Fostering Children’s Connection to Nature Through Authentic Situations: The Case of Saving Salamanders at School by Stephan Barthel, Stephan Barthel, Sophie Belton, Christopher M. Raymond, Matteo Giusti

    Published 2018-06-01
    “…It draws on a longitudinal case study of children participating in a stewardship project involving the conservation of salamanders during the school day in Stockholm, Sweden. …”
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  11. 211
  12. 212

    Thermal cues drive plasticity of desiccation resistance in montane salamanders with implications for climate change by Eric A. Riddell, Emma Y. Roback, Christina E. Wells, Kelly R. Zamudio, Michael W. Sears

    Published 2019-09-01
    “…Here, authors demonstrate that salamanders regulate water loss using temperature-sensitive gene expression related to blood vessel regeneration and skin lipids.…”
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  13. 213
  14. 214

    Heart regeneration in the salamander relies on macrophage-mediated control of fibroblast activation and the extracellular landscape by J. W. Godwin, R. Debuque, E. Salimova, N. A. Rosenthal

    Published 2017-07-01
    “…Macrophages necessary for heart regeneration Heart regeneration in salamanders is dependent on the activation of immune cells. …”
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  15. 215

    Landscape and management factors influence the occupancy dynamics of sympatric salamanders in an urban preserve system by John P. Vanek, Richard B. King, Gary A. Glowacki

    Published 2019-10-01
    “…To address these knowledge gaps, we used 10 years of monitoring data to investigate patterns of occupancy, detectability, and population turnover for sympatric Ambystoma laterale (Blue-spotted Salamanders) and A. tigrinum (Eastern Tiger Salamanders; hereafter Tiger Salamanders) inhabiting 26 suburban preserves in the third largest metropolitan area in the United States, Chicago. …”
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  16. 216

    Intraspecific priority effects in response to egg hatching delay in a pond-breeding salamander by Thomas L. Anderson, Trevor J. Rallo

    Published 2024-08-01
    “…Our study objective was to identify how variation in egg hatching phenology alters intraspecific interactions in small-mouthed salamanders, Ambystoma texanum. We addressed two research questions: (Q1) How are demographic responses altered by variation in the temporal duration of hatching between cohorts, and (Q2) How does the seasonality of hatching delays affect demographic responses? …”
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  17. 217

    Biofluorescent sexual dimorphism revealed in a southern Appalachian endemic salamander, Plethodon metcalfi by Jonathan L. Cox, Benjamin M. Fitzpatrick

    Published 2023-03-01
    “…Despite the discovery of their biofluorescence, its role in salamander ecology and behavior remains unresolved. …”
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  18. 218
  19. 219

    Ecological Observations on Hybrid Populations of European Plethodontid Salamanders, Genus <i>Speleomantes</i> by Enrico Lunghi, Fabio Cianferoni, Stefano Merilli, Yahui Zhao, Raoul Manenti, Gentile Francesco Ficetola, Claudia Corti

    Published 2021-06-01
    “…<i>Speleomantes</i> are the only plethodontid salamanders present in Europe. Multiple studies have been performed to investigate the trophic niche of the eight <i>Speleomantes</i> species, but none of these studies included hybrid populations. …”
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  20. 220

    Integrating Ecophysiological and Agent-Based Models to Simulate How Behavior Moderates Salamander Sensitivity to Climate by Kira D. McEntire, Kira D. McEntire, John C. Maerz

    Published 2019-02-01
    “…We integrated biophysical and agent-based models (ABM) to examine how behavior could affect the sensitivity of Plethodontid salamander activity time to climate. Specifically, our model used a temperature differential to stimulate plant climbing, a widely observed behavior among salamanders, which would allow salamanders to reduce body temperatures and associated dehydration rates. …”
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