45 Publications (Page 2 of 2)
2021
Temporal rarity is a better predictor of local extinction risk than spatial rarityWilfahrt, Peter A⋅Wilfahrt, Peter A.⋅Wilfahrt, Peter A.⋅Wilfahrt, Peter A.⋅Asmus, Ashley L.⋅Asmus, Ashley L.⋅Asmus, Ashley L⋅Asmus, Ashley L.⋅Seabloom, Eric W.⋅Seabloom, Eric W.⋅Seabloom, Eric W⋅Seabloom, Eric W.⋅Henning, Jeremiah A.⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Henning, Jeremiah A.⋅Adler, Peter⋅Adler, Peter⋅Adler, Peter⋅Adler, Peter⋅Adler, Peter⋅Arnillas, Carlos A⋅Arnillas, Carlos A.⋅Arnillas, Carlos A.⋅Arnillas, Carlos A.⋅Bakker, Jonathan D⋅Bakker, Jonathan D.⋅Bakker, Jonathan D.⋅Bakker, Jonathan D.⋅Biederman, Lori⋅Biederman, Lori⋅Biederman, Lori⋅Biederman, Lori⋅Biederman, Lori⋅Brudvig, Lars A.⋅Brudvig, Lars A.⋅Brudvig, Lars A.⋅Brudvig, Lars A⋅Cadotte, Marc⋅Cadotte, Marc⋅Cadotte, Marc⋅Cadotte, Marc⋅Cadotte, Marc⋅Daleo, Pedro⋅Daleo, Pedro⋅Daleo, Pedro⋅Daleo, Pedro⋅Daleo, Pedro⋅Eskelinen, Anu⋅Eskelinen, Anu⋅Eskelinen, Anu⋅Eskelinen, Anu⋅Eskelinen, Anu⋅Firn, Jennifer⋅Firn, Jennifer⋅Firn, Jennifer⋅Firn, Jennifer⋅Firn, Jennifer⋅Harpole, W. Stanley⋅Harpole, W. Stanley⋅Harpole, W Stanley⋅Harpole, W. Stanley⋅Hautier, Yann⋅Hautier, Yann⋅Hautier, Yann⋅Hautier, Yann⋅Hautier, Yann⋅Kirkman, Kevin P.⋅Kirkman, Kevin P.⋅Kirkman, Kevin P⋅Kirkman, Kevin P.⋅Komatsu, Kimberly J.⋅Komatsu, Kimberly J.⋅Komatsu, Kimberly J⋅Komatsu, Kimberly J.⋅Laungani, Ramesh⋅Laungani, Ramesh⋅Laungani, Ramesh⋅Laungani, Ramesh⋅Laungani, Ramesh⋅MacDougall, Andrew⋅MacDougall, Andrew⋅MacDougall, Andrew⋅MacDougall, Andrew⋅MacDougall, Andrew⋅McCulley, Rebecca L.⋅McCulley, Rebecca L.⋅McCulley, Rebecca L⋅McCulley, Rebecca L.⋅Moore, Joslin L.⋅Moore, Joslin L.⋅Moore, Joslin L.⋅Moore, Joslin L⋅Morgan, John W.⋅Morgan, John W⋅Morgan, John W.⋅Morgan, John W.⋅Mortensen, Brent⋅Mortensen, Brent⋅Mortensen, Brent⋅Mortensen, Brent⋅Mortensen, Brent⋅Hueso, Raul Ochoa⋅Hueso, Raul Ochoa⋅Ochoa Hueso, Raul⋅Ochoa Hueso, Raul⋅Hueso, Raul Ochoa⋅Ohlert, Timothy⋅Ohlert, Timothy⋅Ohlert, Timothy⋅Ohlert, Timothy⋅Ohlert, Timothy⋅Power, Sally A⋅Power, Sally A.⋅Power, Sally A.⋅Power, Sally A.⋅Price, Jodi⋅Price, Jodi⋅Price, Jodi⋅Price, Jodi⋅Price, Jodi⋅Risch, Anita C.⋅Risch, Anita C.⋅Risch, Anita C.⋅Risch, Anita C⋅Schuetz, Martin⋅Schuetz, Martin⋅Schuetz, Martin⋅Schuetz, Martin⋅Schuetz, Martin⋅Shoemaker, Lauren⋅Shoemaker, Lauren⋅Shoemaker, Lauren⋅Shoemaker, Lauren⋅Shoemaker, Lauren⋅Stevens, Carly⋅Stevens, Carly⋅Stevens, Carly⋅Stevens, Carly⋅Stevens, Carly⋅Strauss, Alexander T⋅Strauss, Alexander T.⋅Strauss, Alexander T.⋅Strauss, Alexander T.⋅Tognetti, Pedro M.⋅Tognetti, Pedro M⋅Tognetti, Pedro M.⋅Tognetti, Pedro M.⋅Virtanen, Risto⋅Virtanen, Risto⋅Virtanen, Risto⋅Virtanen, Risto⋅Virtanen, Risto⋅Borer, Elizabeth T⋅Borer, Elizabeth T.⋅Borer, Elizabeth T. and Borer, Elizabeth T.Ecology, vol. 102.
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2020
A scientist like me: demographic analysis of biology textbooks reveals both progress and long-term lagsWood, S.⋅Wood, Sara⋅Henning, Jeremiah A.⋅Henning, J.A.⋅Chen, Luoying⋅Chen, L.⋅McKibben, Taylor⋅McKibben, Taylor⋅Smith, M.L.⋅Smith, Michael L.⋅Weber, M.⋅Weber, Marjorie⋅Zemenick, Ash⋅Zemenick, A.⋅Ballen, Cissy J. and Ballen, C.J.Proceedings of the Royal Society B: Biological Sciences, vol. 287, pp. 20200877.
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Investigating drivers of microbial activity and respiration in a forested bog
Pedosphere. | Journal Article
Vector demography, dispersal and the spread of disease: Experimental epidemics under elevated resource supplyStrauss, Alexander T.⋅Strauss, Alexander T.⋅Strauss, Alexander⋅Strauss, Alexander T.⋅Henning, Jeremiah A.⋅Henning, Jeremiah A.⋅Henning, Jeremiah A.⋅Henning, Jeremiah A⋅Porath-Krause, Anita⋅Porath-Krause, Anita⋅Porath-Krause, Anita⋅Krause, Anita J⋅Asmus, Ashley L.⋅Asmus, Ashley⋅Asmus, Ashley L.⋅Asmus, Ashley L.⋅Shaw, Allison K.⋅Shaw, Allison K.⋅Shaw, Allison K.⋅Shaw, Allison K.⋅Borer, Elizabeth T.⋅Borer, Elizabeth T.⋅Borer, Elizabeth T.⋅Borer, Elizabeth T.⋅Seabloom, Eric W.⋅Seabloom, Eric W.⋅Seabloom, Eric W. and Seabloom, Eric W.Functional Ecology, vol. 34, pp. 2560–2570.
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2019
Effect of permafrost thaw on plant and soil fungal community in a boreal forest: Does fungal community change mediate plant productivity response?Schütte, Ursel M. E⋅Schütte, Ursel M. E⋅Schütte, Ursel M. E⋅Henning, Jeremiah A⋅Henning, Jeremiah A⋅Henning, Jeremiah A⋅Ye, Yuzhen⋅Ye, Yuzhen⋅Ye, Yuzhen⋅Bowling, Annie⋅Bowling, Annie⋅Bowling, Annie⋅Ford, James⋅Ford, James⋅Ford, James⋅Genet, Hélène⋅Genet, Hélène⋅Genet, Hélène⋅Waldrop, Mark P⋅Waldrop, Mark P⋅Waldrop, Mark P⋅Turetsky, Merritt R⋅Turetsky, Merritt R⋅Turetsky, Merritt R⋅White, Jeffrey R⋅White, Jeffrey R⋅White, Jeffrey R⋅Bever, James D⋅Bever, James D⋅Bever, James D⋅Singh, Brajesh⋅Singh, Brajesh and Singh, BrajeshJournal of Ecology.
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Fungal colonization of plant roots is resistant to nitrogen addition and resilient to dominant species lossesHenning, Jeremiah A⋅Henning, Jeremiah A⋅Read, Quentin D⋅Read, Quentin D⋅Sanders, Nathan J⋅Sanders, Nathan J⋅Classen, Aimee T and Classen, Aimee TEcosphere.
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Hidden Identities Shape Student Perceptions of Active Learning EnvironmentsHenning, Jeremiah A⋅Ballen, Cissy J⋅Molina, Sergio A and Cotner, SehoyaFrontiers in Education.
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Relatively rare root endophytic bacteria drive plant resource allocation patterns and tissue nutrient concentration in unpredictable waysHenning, J.A.⋅Weston, D.J.⋅Pelletier, D.A.⋅Timm, C.M.⋅Jawdy, S.S. and Classen, A.T.American Journal of Botany.
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2018
Arbuscular mycorrhizas and dark septate endophytes associated with grasses from the Argentine Puna
Mycologia. | Journal Article
Hemiparasitic plants increase alpine plant richness and evenness but reduce arbuscular mycorrhizal fungal colonization in dominant plant species.Mc Kibben, Michael and Henning, Jeremiah APeerJ.
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2017
Aboveground resilience to species loss but belowground resistance to nitrogen addition in a montane plant communityRead, Quentin D.⋅Henning, Jeremiah A.⋅Classen, Aimée T. and Sanders, Nathan J.Journal of Plant Ecology.
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Consistently inconsistent drivers of microbial diversity and abundance at macroecological scalesHendershot, J Nicholas⋅Hendershot, John Nicholas⋅Read, Quentin D.⋅Read, Quentin D⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Sanders, Nathan J.⋅Sanders, Nathan J⋅Classen, Aimée T and Classen, Aimée T.Ecology, vol. 98, pp. 1757–1763.
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Intraspecific variation in traits reduces ability of trait-based models to predict community structureRead, Quentin D.⋅Henning, Jeremiah A. and Sanders, Nathan J.Journal of Vegetation Science, vol. 28, pp. 1070–1081.
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Mycorrhizal fungal spore community structure in a manipulated prairieHenning, Jeremiah A.⋅Weiher, Evan⋅Lee, Tali D.⋅Freund, Deborah⋅Stefanski, Artur and Bentivenga, Stephen P.Restoration Ecology.
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2016
Root bacterial endophytes alter plant phenotype, but not physiologyHenning, Jeremiah A⋅Henning, Jeremiah A.⋅Henning, Jeremiah A⋅Henning, Jeremiah A⋅Weston, David J⋅Weston, David J.⋅Weston, David J⋅Weston, David J⋅Pelletier, Dale A⋅Pelletier, Dale A.⋅Pelletier, Dale A⋅Pelletier, Dale A⋅Timm, Collin M⋅Timm, Collin M⋅Timm, Collin M⋅Timm, Collin M.⋅Jawdy, Sara S.⋅Jawdy, Sara S⋅Jawdy, Sara S⋅Jawdy, Sara S⋅Classen, Aimée T⋅Classen, Aimée T⋅Classen, Aimée T and Classen, Aimée T.PeerJ, vol. 4, pp. e2606.
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Two Poplar-Associated Bacterial Isolates Induce Additive Favorable Responses in a Constructed Plant-Microbiome SystemTimm, Collin M⋅Timm, C.M.⋅Timm, Collin M.⋅Timm, Collin M.⋅Timm, Collin M⋅Timm, Collin M.⋅Pelletier, D.A.⋅Pelletier, Dale A⋅Pelletier, Dale A.⋅Pelletier, Dale A.⋅Pelletier, Dale A.⋅Pelletier, Dale A⋅Jawdy, Sara S.⋅Jawdy, Sara S⋅Jawdy, Sara S.⋅Jawdy, S.S.⋅Jawdy, Sara S⋅Jawdy, Sara S.⋅Gunter, Lee E.⋅Gunter, L.E.⋅Gunter, Lee E⋅Gunter, Lee E.⋅Gunter, Lee E⋅Gunter, Lee E.⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Henning, J.A.⋅Henning, Jeremiah A.⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Engle, Nancy⋅Engle, Nancy⋅Engle, Nancy⋅Engle, Nancy⋅Engle, Nancy⋅Engle, N.⋅Aufrecht, Jayde⋅Aufrecht, Jayde⋅Aufrecht, J.⋅Aufrecht, Jayde⋅Aufrecht, Jayde⋅Aufrecht, Jayde⋅Gee, E.⋅Gee, Emily⋅Gee, Emily⋅Gee, Emily⋅Gee, Emily⋅Gee, Emily⋅Nookaew, Intawat⋅Nookaew, Intawat⋅Nookaew, Intawat⋅Nookaew, I.⋅Nookaew, Intawat⋅Nookaew, Intawat⋅Yang, Zamin⋅Yang, Zamin⋅Yang, Zamin⋅Yang, Zamin⋅Yang, Z.⋅Yang, Zamin⋅others⋅Lu, T.-Y.⋅Lu, Tse-Yuan⋅Lu, Tse-Yuan⋅Lu, Tse-Yuan⋅Tschaplinski, Timothy J.⋅Tschaplinski, T.J.⋅Tschaplinski, Timothy J.⋅Tschaplinski, Timothy J.⋅Doktycz, Mitchel J.⋅Doktycz, Mitchel J.⋅Doktycz, M.J.⋅Doktycz, Mitchel J.⋅Tuskan, Gerald A.⋅Tuskan, Gerald A.⋅Tuskan, G.A.⋅Tuskan, Gerald A.⋅Weston, David J.⋅Weston, David J.⋅Weston, D.J. and Weston, David J.Frontiers in Plant Science, vol. 7.
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2015
Direct and indirect effects of climate change on soil microbial and soil microbial-plant interactions: What lies ahead?Classen, Aimée T.⋅Sundqvist, Maja K.⋅Henning, Jeremiah A.⋅Newman, Gregory S.⋅Moore, Jessica A. M.⋅Cregger, Melissa A.⋅Moorhead, Leigh C. and Patterson, Courtney M.Ecosphere, vol. 6, pp. art130.
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Locally adapted arbuscular mycorrhizal fungi improve vigor and resistance to herbivory of native prairie plant speciesMiddleton, Elizabeth L⋅Middleton, Elizabeth L⋅Middleton, Elizabeth L.⋅Richardson, Sarah⋅Richardson, Sarah⋅Richardson, Sarah⋅Koziol, Liz⋅Koziol, Liz⋅Koziol, Liz⋅Palmer, Corey E.⋅Palmer, Corey E⋅Palmer, Corey E⋅Yermakov, Zhanna⋅Yermakov, Zhanna⋅Yermakov, Zhanna⋅Henning, Jeremiah A⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Schultz, Peggy A.⋅Schultz, Peggy A⋅Schultz, Peggy A⋅Bever, James D⋅Bever, James D and Bever, James D.Ecosphere, vol. 6, pp. art276.
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Plant–soil interactions promote co-occurrence of three nonnative woody shrubsKuebbing, Sara E.⋅Kuebbing, Sara E⋅Classen, Aimée T⋅Classen, Aimée T.⋅Call, Jaime J⋅Call, Jaime J.⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Simberloff, Daniel and Simberloff, DanielEcology, vol. 96, pp. 2289–2299.
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2014
Effects of abundant white-tailed deer on vegetation, animals, mycorrhizal fungi, and soilsShelton, Angela L⋅Shelton, Angela L.⋅Shelton, Angela L⋅Henning, Jeremiah A⋅Henning, Jeremiah A.⋅Henning, Jeremiah A⋅Schultz, Peggy⋅Schultz, Peggy⋅Schultz, Peggy⋅Clay, Keith⋅Clay, Keith and Clay, KeithForest Ecology and Management, vol. 320, pp. 39–49.
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