Results 161 to 170 of about 88,762 (334)

Exploring dietary adaptations in Ursus minimus: a 3D geometric morphometric analysis of the mandible

Boreas, EarlyView.
Using 3D geometric morphometrics, the dietary adaptations of the extinct Auvergne bear (Ursus minimus) are analysed. Its mandibular morphology aligns more closely with omnivorous rather than insectivorous bears, challenging current ideas. The extinct bear Ursus minimus, which lived in Europe during the Pliocene and possibly Early Pleistocene, is ...
Anneke H. van Heteren
wiley   +1 more source

Fossil bears break free from inhibitory cascade constraints at least twice (Ursus minimus and Ursus deningeri) caused by dietary adaptations

Boreas, EarlyView.
Bears deviate from the inhibitory cascade model (ICM) during molar size evolution, with two significant deviations linked to changes in diet: Ursus minimus and Ursus deningeri. Many bears exhibit a ‘partial ICM’, highlighting the relationship between relative molar size, dietary adaptations and dental development across different species.
Anneke H. van Heteren, A. Stefanie Luft
wiley   +1 more source

Induced responses contribute to rapid plant adaptation to herbivory [PDF]

, 2022
Antonino Malacrinò, Laura Böttner, Sara Nouere, Meret Huber, Martin Schäfer, Shuqing Xu   +5 more
openalex   +1 more source

In vitro culture, cryopreservation, and field reintroduction of the endangered Mingan thistle

Conservation Biology, EarlyView.
Abstract Current plant conservation efforts are hindered by, for example, poor seed germination, low viability, and insufficient propagation and preservation technologies. To address these problems, we devised an approach to plant conservation that integrates conservation, preservation, and restoration (CPR), which uses advanced in vitro techniques. We
Mukund R. Shukla, Wenlu Bi, Marie‐Claude Roy, Dénommée Nancy, Praveen K. Saxena   +4 more
wiley   +1 more source

Ultraviolet radiation shapes seaweed communities [PDF]

, 2006
A Flores-Moya, A Flores-Moya, A Flores-Moya, A Holzinger, A Long, A McMinn, A Post, A Strid, AE McNamara, AH Teramura, AK Swanson, AK Swanson, ARO Chapman, AWD Larkum, B Cordi, B Worm, BB Jordan, BE Henry, BM Greenberg, C Wiencke, C Wiencke, C Wiencke, C Wiencke, C Wiencke, CD Amsler, CD Amsler, Christian Wiencke, D Campbell, D Hanelt, D Hanelt, D Hanelt, D Hanelt, D Hanelt, D Hanelt, D Hanelt, D Karentz, D Karentz, D Karentz, D Krause-Jensen, DC Reed, DG Müller, Dieter Hanelt, DJ Allen, DJ Lary, DL Mitchell, DM DeNicola, DP Häder, E Bañares, EC Henry, EC Macaya, EE Sotka, EM Aro, EM Borell, ER Scharf, F Poppe, F Poppe, FR Conde, G Cronin, G Cronin, G Diaz-Pulido, G Döhler, G Döhler, G Kräbs, G Renger, H Cyr, H Klöser, H Lippert, H Pavia, H Pavia, H Pavia, H Svendsen, HK Lotze, HK Lotze, I Gómez, I Gómez, I Gómez, I Gómez, I Vass, IM Lamb, IM Yakovleva, IR Davison, Ivan Gómez, J Aguilera, J Aguilera, J Barber, J Ceh, J Langer, J Lubchenco, JC Farman, JE Duffy, JE Frederick, JF Bornman, JH Connell, JJ Vergara, JTO Kirk, K Bischof, K Bischof, K Bischof, K Bischof, K Bischof, K Bischof, K Bischof, K Bischof, K Bischof, K Hoyer, K Hoyer, K Lüning, K Zielinski, Kai Bischof, Katharina Zacher, KR Arrigo, LA Franklin, LO Björn, LV Evans, M Altamirano, M Altamirano, M Altamirano, M Altamirano, M Lorenz, M Maegawa, M Makarov, M Molis, M Molis, M Molis, M Schoembeck, M Tevini, M Thiel, M Wahl, M Wahl, M Wahl, MA Brezezinski, MA Ragan, MAE Schoenwaelder, Markus Molis, ME Hay, ME Hay, MEA Schoenwaelder, MEA Schoenwaelder, MEA Schoenwaelder, MEA Schoenwaelder, Michael Y. Roleda, MJ Dring, MJ Dring, ML Bothwell, MM Caldwell, MM Caldwell, MM Caldwell, MN Clayton, MP Lesser, MV Makarov, MY Roleda, MY Roleda, MY Roleda, MY Roleda, MY Roleda, MY Roleda, N Korbee, NG Jerlov, NGA Ekelund, O Holm-Hansen, P Huovinen, P Huovinen, PG Falkowski, PS Huovinen, R Karban, R Karban, R Lois, R Mepsted, R Santas, RB Taylor, RC Worrest, RD Vinebrooke, S Frederiksen, S Madronich, S Nogués, S Pang, S Strahle, SAH Mackerness, SM Coehlo, SP Dawson, SV Dobretsov, T Han, T Han, T Michler, T Okuda, TA Norton, TA Stephenson, TE DeLaca, TM Farrell, TM Murphy, TM Schmitt, U Johanson, U Karsten, U Karsten, U Karsten, U Karsten, Ulf Karsten, Ulrike Lüder, VA Fairhead, W Iwanzik, WC Dunlap, WF Vincent, WH Poll van de, WH Poll van de, WM Bandaranayake, WP Sousa, YS Han, Z Máté   +207 more
core   +1 more source

Appendix A. Results from MANOVA testing the effects of experimental inbreeding on tolerance to herbivory by the spittlebug Philaenus spumarius in four Napa County (California, USA) field populations of Mimulus guttatus.

, 2016
Christopher T. Ivey, David E. Carr, Micky D. Eubanks   +2 more
openalex   +1 more source

Wildfire and floral herbivory alter reproduction and pollinator mutualisms of Yuccas and Yucca moths [PDF]

, 2016
Andrew H. Lybbert, Samuel B. St. Clair
openalex   +1 more source

Informing spatial conservation prioritization with species’ traits

Conservation Biology, EarlyView.
Abstract New Guinea, the most botanically diverse island on the planet, is the location for one of the boldest conservation initiatives. The Manokwari Declaration aims to achieve 70% conservation designation for the Bird's Head Peninsula. This is 40% higher than the 2022 Global Biodiversity Framework target.
Liam A. Trethowan, Laura Jennings, Haerul Arifin, Renata Borosova, Gemma L. C. Bramley, Marie Briggs, Osanna Chu, Ruth P. Clark, Sally Dawson, Kiran L. Dhanjal‐Adams, Yance de Freitas, James Hartup, Edward G. E. Heatubun, Cecilia Lee‐Grant, Laurensia V. Mapandin, Jonni Marwa, Alison Moore, Agustinus Murdjoko, Carmen Puglisi, André Schuiteman, Dave J. I. Seaman, Nurhaidah Sinaga, Matthew J. Struebig, Anna Trias Blasi, Timothy Utteridge, Maria Voigt, Jimmy F. Wanma, Charlie D. Heatubun   +27 more
wiley   +1 more source

Appendix B. A summary of results for a MANOVA comparing herbivory on Lotus in patches that were or were not invaded by Medicago.

, 2016
Jennifer A. Lau, Sharon Y. Strauss
openalex   +1 more source

Variable species establishment in response to microhabitat indicates different likelihoods of climate‐driven range shifts

Ecography, EarlyView.
Climate change is causing geographic range shifts globally, and understanding the factors that influence species' range expansions is crucial for predicting future biodiversity changes. A common, yet untested, assumption in forecasting approaches is that species will shift beyond current range edges into new habitats as they become macroclimatically ...
Nathalie Isabelle Chardon, Lauren McBurnie, Katie J. A. Goodwin, Kavya Pradhan, Janneke Hille Ris Lambers, Amy L. Angert   +5 more
wiley   +1 more source