Search for \u201csoil\u201d at ESA 2018 and find 665 abstracts<\/a>!!! \u00a0<\/p>\n Soil Ecology TALKS<\/span> \u00a0<\/p>\n COS 2<\/a>\u00a0\u2013\u00a0Biogeochemistry: Aboveground-Belowground Interactions I<\/a><\/p>\n 1:30 PM:\u00a0Priming mechanisms providing plants and microbes access to mineral-associated organic nitrogen<\/a> 1:50 PM:\u00a0Plant effects on nitrogen cycling are controlled by roots and not by litter inputs across landscapes and sites<\/a> 2:10 PM:\u00a0Recovery of soils from acidic deposition may exacerbate nitrogen export from forested watersheds in the Adirondack Mountains of New York<\/a> 2:30 PM:\u00a0Physiological and growth responses of red oak and sugar maple to experimental nitrogen deposition<\/a> 2:50 PM:\u00a0The role of litter chemistry and degree of carbon saturation on soil organic matter formation and stabilization<\/a> 3:20 PM:\u00a0Above- and belowground litter decomposition responds differently to nutrient enrichment in a Chihuahuan desert grassland<\/a> 3:40 PM:\u00a0Multitrophic interactions alter biogeochemistry after one year in a coarse woody debris experiment: Interactions among bark beetles, fungi, and subterranean termites<\/a> 4:00 PM:\u00a0Abiotic and biotic factors mediate the impact of invasive wild boar on soil function<\/a> 4:20 PM:\u00a0Hydraulic redistribution affects modeled carbon cycling via soil microbial activity and suppressed fire<\/a> 4:40 PM:\u00a0Global root trait biogeography: Diversity, economics, mycorrhizal dependence, and physiological convergence<\/a> \u00a0<\/p>\n COS 3<\/a>\u00a0\u2013\u00a0Climate Change I<\/a><\/p>\n 3:20 PM:\u00a0Resilience of nematode food webs under temperature stress associated with climate change<\/a> 3:40 PM:\u00a0Ecosystem controls on seasonal thaw depths, snowpack characteristics, and the soil thermal regime in boreal biome permafrost of interior Alaska<\/a> \u00a0<\/p>\n COS 4<\/a>\u00a0\u2013\u00a0Communities: Assembly And Neutral Theory I<\/a><\/p>\n 4:00 PM:\u00a0Searching for process: microbial drivers of plant-soil feedbacks in the greenhouse and field<\/a> \u00a0<\/p>\n COS 5<\/a>\u00a0\u2013\u00a0Communities: Spatial Patterns And Environmental Gradients I<\/a><\/p>\n 4:40 PM:\u00a0Soil heterogeneity and plant diversity: Influence of soil versus plant sources of spatial structure<\/a> \u00a0<\/p>\n COS 6<\/a>\u00a0\u2013\u00a0Competition<\/a><\/p>\n 1:30 PM:\u00a0Antimicrobials as chemical warfare against detritivorous invertebrates<\/a> \u00a0<\/p>\n COS 9<\/a>\u00a0\u2013\u00a0Ecosystem Function<\/a><\/p>\n 1:50 PM:\u00a0The dimensionality of ecosystem function: Towards a comprehensive quantification of ecosystem multifunctionality<\/a> 4:20 PM:\u00a0Effects of\u00a0Azteca sericeasur\u00a0<\/em>on leaf litter decomposition of a common shade tree,Inga micheliana<\/em>, in coffee agro-ecosystems<\/a> 4:40 PM:\u00a0Exploring the complexity of plant-soil interactions in the rhizosphere with metabolomics<\/a> \u00a0<\/p>\n COS 11<\/a>\u00a0\u2013\u00a0Environmental Gradients<\/a><\/p>\n 3:20 PM:\u00a0Increased soil salinity delays regeneration of maritime forest tree species<\/a> \u00a0<\/p>\n COS 12<\/a>\u00a0\u2013\u00a0Evolution: Selection And Adaptation I<\/a><\/p>\n 1:50 PM:\u00a0Novel plant-microbial interactions: Rapid evolution of a legume-rhizobium mutualism in restored prairies<\/a> \u00a0<\/strong><\/p>\n COS 14<\/a>\u00a0\u2013\u00a0Modeling<\/a><\/p>\n 4:00 PM:\u00a0Modeling soil hydro-thermal response to experimental warming and degradation in the permafrost region of the Qinghai-Tibet Plateau<\/a> \u00a0<\/strong><\/p>\n COS 17<\/a>\u00a0\u2013\u00a0Population Dynamics And Regulation<\/a><\/p>\n 2:10 PM:\u00a0Plant demographic responses to alpine shrub expansion: What are the relative effects of competition and plant-soil feedbacks?<\/a> \u00a0<\/strong>\u00a0<\/strong><\/p>\n OOS 1<\/a>\u00a0\u2013\u00a0Demystifying Paradigms of Soil Organic Matter Formation Through Microbe-Mineral Interactions<\/a>\u00a0<\/strong><\/p>\n 1:30 PM:\u00a0What is \u2018stable\u2019 soil organic matter?<\/a> 1:50 PM:\u00a0POM\u00a0versus<\/em>\u00a0MAOM formation: Can the two pathways model help reconcile the \u201csoil C dilemma\u201d?<\/a> 2:10 PM:\u00a0Synthetic soil microcosms reveal complex interactions of temperature, substrate quality, and clay content on soil microbial activity<\/a> 2:30 PM:\u00a0Vulnerability of organo-mineral controls on carbon bioavailability at a terrestrial-aquatic interface<\/a> 2:50 PM:\u00a0Microbes persist: Systems biology of the soil microbiome<\/a> 3:20 PM:\u00a0Incorporating microbe-mineral interactions into biogeochemical models from ecosystem to global scales: New insights and key uncertainties<\/a> 3:40 PM:\u00a0The ectomycorrhizal fungus\u00a0Suillus cothurnatus<\/em>\u00a0and nitrogen fertilization have strong and interactive effects on ecosystem processes<\/a> 4:00 PM:\u00a0The effects of biofilms on soil carbon cycling, mineral weathering, and secondary mineral formation<\/a> 4:20 PM:\u00a0Formation and destabilization of mineral-associated microbial C<\/a> 4:40 PM:\u00a0Responses of microbial carbon use efficiency to soil physical protection and temperature over long-term warming<\/a> \u00a0<\/strong><\/p>\n OOS 5<\/a>\u00a0\u2013\u00a0Riparian Ecology and Conservation in the Tropics<\/a><\/p>\n 1:50 PM:\u00a0Higher fertilizer use in Amazon crop agriculture does not increase nitrogen and phosphorus watershed export<\/a> 4:20 PM:\u00a0Land-use changes in the Amazonian agricultural frontier: Impacts on the biodiversity and ecosystem services of riparian forests<\/a> \u00a0<\/p>\n \u00a0<\/p>\n PS 1-2<\/a>\u00a0Subsurface plastic film mulching: An innovative way to crop rain-fed wheat in lowland saline region<\/a> \u00a0Is coffee chaff an effective mulch for urban agriculture?<\/a> \u00a0<\/p>\n PS 1<\/a>\u00a0\u2013\u00a0Agriculture<\/a><\/p>\n PS 1-9<\/a>\u00a0Sizing up the food system, from soil to spoon: Scoring US progress in agroecology across all 50 states<\/a> PS 1-11<\/a>\u00a0Quantifying short-term soil biological and vegetation feedback from high-intensity, short-duration grazing versus conventional grazing<\/a> PS 1-12<\/a>\u00a0Native wildflower plantings increase overall arthropod richness and abundance within intensively managed agricultural areas<\/a> PS 1-13\u00a0<\/a>Why do natural enemies matter? A structural equation model to understand the effects of farming practices and landscape on arthropod functional groups in papaya crops<\/a> PS 1-14<\/a>\u00a0Agricultural management impacts on soil health across the Southern Plains of the United States<\/a> \u00a0<\/p>\n PS 9<\/a>\u00a0\u2013\u00a0Restoration Ecology<\/a> PS 9-105<\/a>\u00a0Mycorrhizal fungi and Texas prairie restoration<\/a> \u00a0Soil- and shade-mediated effects of ecological restoration on germination, survival and growth of tropical rainforest tree seeds and seedlings<\/a> \u00a0<\/p>\n PS 10<\/a>\u00a0\u2013\u00a0Soil<\/a><\/p>\n \u00a0East versus West aspect influences the microbial community and soil development on an exposed ridge in Wyoming<\/a> PS 10-124<\/a>\u00a0Comparison of soil CO2<\/sub>\u00a0efflux measurements between LI-6800 and LI-8100A actuated chamber systems<\/a> PS 10-125<\/a>\u00a0Soil fertility upgrading and understory vegetation regeneration in four single species-dominated mixed coastal forests in Eastern China<\/a> PS 10-126<\/a>\u00a0Microbial inoculation influences arbuscular mycorrhizal fungi community structure and nutrient dynamics in two temperate tree species<\/a> PS 10-127<\/a>\u00a0The effects of plant species diversity and genetic diversity within a dominant species on soil bacterial communities<\/a> PS 10-128<\/a>\u00a0A mechanism for non-additive heterogeneous litter decomposition<\/a> PS 10-129<\/a>\u00a0Interspecific competition and temporal variation to belowground soil-fungal communities in Castanea dentata<\/em>\u00a0paired with other co-occurring tree species<\/a> PS 10-130<\/a>\u00a0Phenotypic variability of roots in relation to plant growth and resilience: An analysis of 1062 species from the TRY Plant Database<\/a> \u00a0<\/p>\n PS 11<\/a>\u00a0\u2013\u00a0Urban Ecosystems<\/a><\/p>\n \u00a0<\/p>\n PS 12<\/a>\u00a0\u2013\u00a0Wetlands<\/a><\/p>\n \u00a0Movin\u2019 on up: Mycorrhizal mutualisms and assisted migration of coastal plant species<\/a> \u00a0<\/p>\n <\/a> COS 20<\/a>\u00a0\u2013\u00a0Biogeochemistry: Aboveground-Belowground Interactions II<\/a><\/p>\n 8:00 AM\u00a0Plant nitrogen preference and the role of soil ammonia-oxidizers in maintaining the advantage of invasive plants species\u00a0Bidens alba<\/em>\u00a0in southern China<\/a> 8:20 AM\u00a013<\/sup>C and\u00a015<\/sup>N flow between plants and soil food web in semi-natural grassland in response to drought and land-management<\/a> 8:40 AM\u00a0Plant-soil history has lasting effects on belowground SOM decomposition<\/a> 9:00 AM\u00a0The\u00a013<\/sup>C content of soil-respired CO2<\/sub>\u00a0varies with temperature in C3 but not C4 grasslands in central Iowa<\/a> 9:20 AM\u00a0Short-term carbon and nitrogen dynamics of coarse woody debris decomposition: interactions among bark beetles, fungi, and subterranean termites<\/a> 9:50 AM\u00a0Native to exotic plant conversions alter microbial community network structure across soil depths<\/a> 10:10 AM\u00a0Effects of long-term warming on fungal community structure in temperate forest soils<\/a> 10:30 AM\u00a0Root exudate responses to drying and mycorrhizal colonization for two tropical tree seedlings<\/a> 10:50 AM\u00a0Symbiotic N-fixation by alder impacts nitrogen availability on a landscape scale<\/a> \u00a0<\/u><\/strong>\u00a0<\/u><\/strong><\/p>\n COS 22<\/a>\u00a0\u2013\u00a0Climate Change: Ranges And Phenology I<\/a><\/p>\n 8:00 AM\u00a0Can migration of soil microbes promote tree seedling tolerance to drying conditions?<\/a> 9:30 AM\u00a0Soil microbiome mediates range-wide phenological clock of a foundation tree species<\/a> \u00a0<\/p>\n COS 24<\/a>\u00a0\u2013\u00a0Communities: Spatial Patterns And Environmental Gradients II<\/a><\/p>\n 10:50 AM\u00a0Functional traits help explain plant demographic responses to variation in soil abiotic characteristics and microbial composition<\/a> \u00a0<\/p>\n COS 27<\/a>\u00a0\u2013\u00a0Ecosystem Function: Biodiversity I<\/a><\/p>\n 8:40 AM\u00a0How does land use intensification change correlation networks between biodiversity, ecosystem functions and ecosystem services?<\/a> \u00a0<\/p>\n COS 29<\/a>\u00a0\u2013\u00a0Invasion: Community Effects<\/a><\/p>\n 8:00 AM\u00a0Scale-dependent effects of\u00a0Gypsophila paniculata\u00a0<\/em>invasion and management on above- and belowground community diversity and heterogeneity<\/a> 8:20 AM\u00a0Invasive legumes dramatically impact soil bacterial community structures but not function<\/a> 10:10 AM\u00a0Effect of white-tailed deer and Amur honeysuckle on soil exoenzyme production in a Midwestern deciduous forest<\/a> 11:10 AM\u00a0Long-term impacts of fragmentation and invasion by the Argentine ant on native ant communities in southern California<\/a> \u00a0<\/p>\n COS 33<\/a>\u00a0\u2013\u00a0Plant-Insect Interactions II<\/a><\/p>\n 8:00 AM\u00a0Soil legacy effects on plants and their associated aboveground insect herbivores are linked via plant functional and nutritional traits<\/a> 8:20 AM\u00a0Plant-herbivore model with belowground storage and overcompensation of edible biomass<\/a> 8:40 AM\u00a0Connecting a belowground mutualism to aboveground herbivory: Microbe-plant-insect interactions<\/a> 9:00 AM\u00a0Soil environment affects floral traits and pollinator disease<\/a> 11:10 AM\u00a0The role of ants in novel plant community assembly<\/a> \u00a0<\/p>\n COS 35<\/a>\u00a0\u2013\u00a0Restoration Ecology I<\/a><\/p>\n
\nAdd your favorite modifier and see what you find.<\/a><\/p>\n
\nMon PM<\/a> \u2013 Tues AM<\/a> \u2013 Tues PM<\/a> \u2013 Weds AM<\/a> \u2013 Weds PM<\/a> \u2013 Thurs AM<\/a> \u2013 Thurs PM<\/a> \u2013 Fri AM<\/a>
\nSoil Ecology POSTERS<\/span>
\nMon PM<\/a> \u2013 Tues PM<\/a> \u2013 Weds PM<\/a> \u2013 Thurs PM<\/a> \u2013 Fri AM<\/a><\/p>\n
\nMONDAY PM talks<\/u> (back to top of list<\/a>)<\/strong><\/p>\n
\nAndrea Jilling,\u00a0University of New Hampshire;\u00a0Marco Keiluweit,\u00a0University of Massachusetts-Amherst;\u00a0A. Stuart Grandy,\u00a0University of New Hampshire<\/p>\n
\nJustin P. Wright,\u00a0Duke University;\u00a0Eric Ungberg,\u00a0Duke University;\u00a0Catherine Fahey,\u00a0University of Florida;\u00a0S. Luke Flory,\u00a0University of Florida;\u00a0Marissa R. Lee,\u00a0George Washington University;\u00a0Laura Y. Podzikowski,\u00a0Kansas University;\u00a0Richard P. Phillips,\u00a0Indiana University<\/p>\n
\nGregory B. Lawrence,\u00a0U.S. Geological Survey;\u00a0Sara E. Scanga,\u00a0Utica College;\u00a0Robert D. Sabo,\u00a0United States Environmental Protection Agency<\/p>\n
\nMeghan G. Midgley,\u00a0The Morton Arboretum<\/p>\n
\nSamantha Mosier,\u00a0Colorado State University;\u00a0M. Francesca Cotrufo,\u00a0Colorado State University<\/p>\n
\nAndrea Lopez,\u00a0University of New Mexico;\u00a0Scott L. Collins,\u00a0University of New Mexico;Raul Ochoa-Hueso,\u00a0Universidad Autonoma de Madrid<\/p>\n
\nNatalie A. Clay,\u00a0Louisiana Tech University;\u00a0Courtney Siegert,\u00a0Mississippi State University;\u00a0Juliet Tang,\u00a0USDA Forest Service;\u00a0Lisa G. Garrigues,\u00a0Mississippi State University;\u00a0John J. Riggins,\u00a0Mississippi State University<\/p>\n
\nM. Noelia Barrios-Garcia,\u00a0CONICET;\u00a0Marina Gonzalez-Polo,\u00a0CONICET;\u00a0Aime\u00e9 T. Classen,\u00a0University of Vermont;\u00a0Daniel Simberloff,\u00a0University of Tennessee<\/p>\n
\nZoe G. Cardon,\u00a0Marine Biological Laboratory;\u00a0Congsheng Fu,\u00a0University of Connecticut;\u00a0Guiling L. Wang,\u00a0University of Connecticut<\/p>\n
\nZeqing Ma,\u00a0Chinese Academy of Sciences;\u00a0Dali Guo,\u00a0Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences;\u00a0Lars O. Hedin,\u00a0Princeton University;\u00a0Richard D. Bardgett,\u00a0University of Manchester;\u00a0David M. Eissenstat,\u00a0Pennsylvania State University;\u00a0Mingzhen Lu,\u00a0Princeton Univiersity;\u00a0M. Luke McCormack,\u00a0University of Minnesota;\u00a0Xingliang Xu,\u00a0Chinese Academy of Sciences<\/p>\n
\nSatyendra Kumar Pothula,\u00a0University of Tennessee;\u00a0Parwinder S. Grewal,\u00a0University of Texas Rio Grande Valley;\u00a0Sean M. Schaeffer,\u00a0University of Tennessee;\u00a0Mark A. Radosevich,\u00a0University of Tennessee;\u00a0Wesley C. Wright,\u00a0University of Tennessee;Gary Phillips,\u00a0University of Tennessee;\u00a0Ernest C. Bernard,\u00a0University of Tennessee<\/p>\n
\nThomas Douglas,\u00a0Cold Regions Research and Engineering Laboratory<\/p>\n
\nY. Anny Chung,\u00a0Utah State University;\u00a0Ari Jumpponen,\u00a0Kansas State University;Jennifer A. Rudgers,\u00a0University of New Mexico<\/p>\n
\nGregory R. Houseman,\u00a0Wichita State University;\u00a0Brandon M., Williams,\u00a0Wichita State University;\u00a0Olivia S. Schouten,\u00a0Wichita State University<\/p>\n
\nJane M. Lucas,\u00a0University of Idaho;\u00a0Michael Kaspari,\u00a0University of Oklahoma<\/p>\n
\nSantiago Soliveres,\u00a0University of Bern;\u00a0Maria Felipe-Lucia,\u00a0University of Bern;\u00a0Fons van der Plas,\u00a0Senckenberg Biodiversity Institute;\u00a0Manuel Delgado-Baquerizo,\u00a0Hawkesbury Institute for the Environment, University of Western Sydney;\u00a0Peter Manning,\u00a0Senckenberg;\u00a0Caterina Penone,\u00a0University of Bern;\u00a0Markus Fischer,\u00a0University of Bern;\u00a0Eric Allan,\u00a0University of Bern<\/p>\n
\nLauren Schmitt,\u00a0University of Michigan;\u00a0Bolivar Aponte-Rolon,\u00a0University of Michigan;\u00a0Ivette Perfecto,\u00a0University of Michigan<\/p>\n
\nLiam O. Mueller,\u00a0The University of Tennessee;\u00a0Eric D. Tague,\u00a0The University of Tennessee;\u00a0Hector F. Castro-Gonzalez,\u00a0The University of Tennessee;\u00a0Shawn R. Campagna,\u00a0The University of Tennessee;\u00a0Joseph K. Bailey,\u00a0University of Tennessee;Jennifer A. Schweitzer,\u00a0University of Tennessee<\/p>\n
\nNatasha N. Woods,\u00a0Virginia Commonwealth University;\u00a0Julie C. Zinnert,\u00a0Virginia Commonwealth University<\/p>\n
\nSusan M. Magnoli,\u00a0Kellogg Biological Station, Michigan State University<\/p>\n
\nXian Xue,\u00a0Cold and Arid Regions Environmental and Engineering Research Institute, Chinese Academy of Sciences<\/p>\n
\nCourtney G. Collins,\u00a0University of California, Riverside;\u00a0Jeffrey M. Diez,\u00a0University of California, Riverside<\/p>\n
\nMarkus Kleber,\u00a0Oregon State University;\u00a0Adam Lindsley,\u00a0Department of Crop and Soil Science<\/p>\n
\nM. Francesca Cotrufo,\u00a0Colorado State University;\u00a0Samantha Mosier,\u00a0Colorado State University;\u00a0Michelle L. Haddix,\u00a0Colorado State University;\u00a0Jocelyn M. Lavallee,\u00a0University of Manchester;\u00a0Andy Robertson,\u00a0Colorado State University<\/p>\n
\nKenneth R. Smith,\u00a0Utah State University;\u00a0Bonnie Waring,\u00a0Utah State University<\/p>\n
\nA. Peyton Smith,\u00a0Texas A&M University;\u00a0Kenton Rod,\u00a0Pacific Northwest National Laboratory;\u00a0Vanessa Bailey,\u00a0Pacific Northwest National Laboratory;\u00a0Colin Brislawn,\u00a0Pacific Northwest National Laboratory;\u00a0Alice Dohnalkova,\u00a0Pacific Northwest National Laboratory;\u00a0Malak M. Tfaily,\u00a0Pacific Northwest National Laboratory;\u00a0Ryan Renslow,\u00a0Pacific Northwest National Laboratory<\/p>\n
\nJennifer Pett-Ridge,\u00a0Lawrence Livermore National Laboratory;\u00a0Jillian Banfield,\u00a0UC Berkeley;\u00a0Steven Blazewicz,\u00a0Lawrence Livermore National Laboratory;\u00a0Paul Dijkstra,\u00a0Northern Arizona University;\u00a0Mary K. Firestone,\u00a0University of California, Berkeley;Bruce A. Hungate,\u00a0Northern Arizona University;\u00a0Benjamin J. Koch,\u00a0Northern Arizona University;\u00a0Rachel A. Neurath,\u00a0University of California, Berkeley;\u00a0Erin E. Nuccio,\u00a0Lawrence Livermore National Laboratory;\u00a0Thea Whitman,\u00a0University of Wisconsin<\/p>\n
\nBenjamin Sulman,\u00a0Princeton University;\u00a0Jessica A.M. Moore,\u00a0The University of Tennessee;\u00a0Aim\u00e9e T. Classen,\u00a0University of Vermont;\u00a0Adrienne B. Keller,\u00a0Indiana University;\u00a0Matthew E. Craig,\u00a0Indiana University<\/p>\n
\nColin Averill,\u00a0Boston University;\u00a0Reagan Bandy,\u00a0Boston University;\u00a0Hui-Ling Liao,\u00a0University of Florida;\u00a0Ko-Hsuan Chen,\u00a0University of Florida;\u00a0Michael C. Dietze,\u00a0Boston University;\u00a0Jennifer M. Bhatnagar,\u00a0Boston University<\/p>\n
\nMarjorie Schulz,\u00a0US Geological Survey;\u00a0Alice Dohnalkova,\u00a0Pacific Northwest National Laboratory<\/p>\n
\nCourtney Creamer,\u00a0US Geological Survey;\u00a0Christopher Conaway,\u00a0US Geological Survey;\u00a0Andrea L. Foster,\u00a0US Geological Survey;\u00a0Corey Lawrence,\u00a0US Geological Survey;\u00a0Jack McFarland,\u00a0US Geological Survey;\u00a0Marjorie Schulz,\u00a0US Geological Survey;\u00a0Mark P. Waldrop,\u00a0US Geological Survey<\/p>\n
\nXiao-Jun Allen Liu,\u00a0University of Massachusetts;\u00a0Serita D. Frey,\u00a0University of New Hampshire;\u00a0Jerry M. Melillo,\u00a0Marine Biological Laboratory;\u00a0Kristen M. DeAngelis,\u00a0University of Massachusetts<\/p>\n
\nChristopher Neill,\u00a0Woods Hole Research Center;\u00a0Lindsay Scott,\u00a0Woods Hole Research Center;\u00a0Linda A. Deegan,\u00a0Woods Hole Research Center;\u00a0KathiJo Jankowski,\u00a0US Geological Survey;\u00a0Marcia N. Macedo,\u00a0Woods Hole Research Center;\u00a0Leonardo Maracahipes,\u00a0Instituto de Pesquisa da Amaz\u00f4nia;\u00a0Michael T. Coe,\u00a0Woods Hole Research Center<\/p>\n
\nLucas Paolucci,\u00a0Instituto de Pesquisa da Amaz\u00f4nia;\u00a0Leonardo Maracahipes,\u00a0Instituto de Pesquisa da Amaz\u00f4nia;\u00a0Vanessa Soares,\u00a0Programa de P\u00f3s-Gradua\u00e7\u00e3o em Ecologia \/ Universidade Federal de Vi\u00e7osa;\u00a0Marcia N. Macedo,\u00a0Woods Hole Research Center;Paulo M. Brando,\u00a0Woods Hole Research Center<\/p>\n
\nMONDAY PM posters<\/u>\u00a0 (back to top of list<\/a>)<\/strong><\/p>\n
\nPS 1-1<\/a>\u00a0Change happens from the ground up: A multifunctional solution using marginally restored grasslands for soil carbon accumulation in southern Ontario<\/a>
\nAnnalisa C.M. Mazzorato,\u00a0University of Guelph;\u00a0Andrew S. MacDougall,\u00a0University of Guelph<\/p>\n
\nYunzhou Qiao,\u00a0Institute of Genetics and Developmental Biology, the Chinese Academy of Sciences;\u00a0Mengyu Liu Sr.,\u00a0Institute of Genetics and Developmental Biology, Chinese Academy of Sciences;\u00a0Baodi Dong,\u00a0Institute of Genetics and Developmental Biology, the Chinese Academy of Sciences;\u00a0Mingming Zhang,\u00a0Institute of Genetics and Developmental Biology, the Chinese Academy of Sciences<\/p>\n
\nCourtney R. Pelissero,\u00a0University of St. Thomas;\u00a0Katherine M. Dennis,\u00a0University of St. Thomas;\u00a0Adam D. Kay,\u00a0University of St. Thomas;\u00a0Gaston E. Small,\u00a0University of St. Thomas<\/p>\n
\nPS 1-8<\/a>\u00a0Characterizing the evolution of rhizosphere microbial communities in two cultivars of sweetpotato (Ipomoea batatas)\u00a0<\/em>(L.) grown in high tunnel houses<\/a>
\nFarhana Sultana,\u00a0Tuskegee University;\u00a0Raymon Shange,\u00a0Tuskegee University;\u00a0Richard Whittington,\u00a0Tuskegee University;\u00a0Victor Khan,\u00a0Tuskegee University;\u00a0Ramble Ankumah,\u00a0Tuskegee University<\/p>\n
\nMarcia S. DeLonge,\u00a0Union of Concerned Scientists;\u00a0Kranti Mulik,\u00a0Union of Concerned Scientists;\u00a0Sarah Reinhardt,\u00a0Union of Concerned Scientists<\/p>\n
\nEmily P. Bean,\u00a0University of Wyoming;\u00a0Linda T.A. van Diepen,\u00a0University of Wyoming<\/p>\n
\nJoshua Campbell,\u00a0University of Florida;\u00a0Chase Kimmel,\u00a0University of Florida;\u00a0Steven Grodsky,\u00a0University of California, Davis;\u00a0Cherice Smithers,\u00a0Florida Wildlife Commission;\u00a0Jaret C. Daniels,\u00a0Florida Museum of Natural History;\u00a0Jamie Ellis,\u00a0University of Florida<\/p>\n
\nAna M. Flores-Guti\u00e9rrez,\u00a0Universidad Nacional Aut\u00f3noma de M\u00e9xico;\u00a0Ek del Val,\u00a0Universidad Nacional Aut\u00f3noma de M\u00e9xico;\u00a0Francisco Mora Ardila,\u00a0Universidad Nacional Aut\u00f3noma de M\u00e9xico<\/p>\n
\nCaitlin M. Rottler,\u00a0USDA-ARS;\u00a0Jean L. Steiner,\u00a0USDA-ARS;\u00a0David P. Brown,\u00a0USDA-ARS<\/p>\n
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\nPS 9-100<\/a>\u00a0Are commercial arbuscular mycorrhizal fungi an effective restoration investment?<\/a>
\nAdam B. Cobb,\u00a0Oklahoma State University;\u00a0Adam Warren,\u00a0Oklahoma State University;\u00a0Wade Fisher,\u00a0Oklahoma State University;\u00a0Shannon Short,\u00a0Oklahoma State University;\u00a0Eric B. Duell,\u00a0Oklahoma State University;\u00a0Gail W.T. Wilson,\u00a0Oklahoma State University;\u00a0Janette A. Steets,\u00a0Oklahoma State University
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\nPS 9-103<\/a>\u00a0Early response of vegetation and soils to organic amendments of a reforested mine tailings site<\/a>
\nFlorence Bouchard-Jean,\u00a0universit\u00e9 du Qu\u00e9bec \u00e0 Chicoutimi;\u00a0Maxime Par\u00e9,\u00a0universit\u00e9 du Qu\u00e9bec \u00e0 Chicoutimi;\u00a0S\u00e9bastien Roy,\u00a0Universit\u00e9 de Sherbrooke;\u00a0Jean-Fran\u00e7ois Boucher,\u00a0Universit\u00e9 du Qu\u00e9bec \u00e0 Chicoutimi<\/p>\n
\nSean P. Corbett,\u00a0Weatherford College;\u00a0Clint R. King,\u00a0Weatherford College;\u00a0Megan F. Meriwether,\u00a0Weatherford College;\u00a0Bishnu R. Twanabasu,\u00a0Weatherford College<\/p>\n
\nAnand M Osuri,\u00a0Nature Conservation Foundation;\u00a0Srinivasan Kasinathan,\u00a0Nature Conservation Foundation;\u00a0Mrinalini K Siddhartha,\u00a0Nature Conservation Foundation<\/p>\n
\nElizabeth Traver,\u00a0University of Wyoming;\u00a0Linda T.A. van Diepen,\u00a0University of Wyoming<\/p>\n
\nDouglas J. Lynch,\u00a0LI-COR Biosciences;\u00a0Eric Price,\u00a0LI-COR Biosciences;\u00a0Jason Hupp,\u00a0LI-COR Biosciences<\/p>\n
\nHongtao Xie,\u00a0Department of Forestry and Environmental Conservation, Clemson University;\u00a0G.Geoff Wang,\u00a0Department of Forestry and Environmental Conservation, Clemson University;\u00a0Mukui Yu,\u00a0National Research Station of Eastern China Coastal Forest Ecosystem, Research Institute of Subtropical Forestry, Chinese Academy of Forestry<\/p>\n
\nAndrew Lance,\u00a0Case Western Reserve University;\u00a0David J. Burke,\u00a0The Holden Arboretum;\u00a0Constance E. Hausman,\u00a0Cleveland Metroparks;\u00a0Jean H. Burns,\u00a0Case Western Reserve University<\/p>\n
\nNoah Luecke,\u00a0University of Houston<\/p>\n
\nNa Yin,\u00a0Brigham Young University;\u00a0Roger T. Koide,\u00a0Brigham Young University<\/p>\n
\nSteve Kutos,\u00a0Fordham University;\u00a0Elle M. Barnes,\u00a0Fordham University;\u00a0J.D. Lewis,\u00a0Fordham University<\/p>\n
\nNicholas T. Glass,\u00a0University of Illinois \u2013 Chicago;\u00a0Eduardo A Dias de Oliveira,\u00a0University of Illinois at Chicago;\u00a0Miquel A. Gonzalez-Meler,\u00a0University of Illinois at Chicago<\/p>\n
\nPS 11-138<\/a>\u00a0Assessing soil N cycling in urban forests under varying levels of non-native plant invasion<\/a>
\nEric R. Moore,\u00a0University of Delaware;\u00a0Vincent D\u2019Amico III,\u00a0USDA Forest Service;\u00a0Tara L.E. Trammell,\u00a0University of Delaware<\/p>\n
\nBradley Delfeld,\u00a0Southern Illinois University;\u00a0Loretta Battaglia,\u00a0Southern Illinois University;\u00a0Pamela Weisenhorn,\u00a0Argonne National Laboratory;\u00a0Benjamin Morgan,\u00a0Northwestern University;\u00a0Louise Egerton-Warburton,\u00a0Chicago Botanic Garden<\/p>\n
\n
\nTUESDAY AM talks<\/u>\u00a0(back to top of list<\/a>)<\/strong><\/p>\n
\nHui-Jie Wei,\u00a0State Key Laboratory of Biocontrol, Guangdong Provincial Key Laboratory of Plant Resources;\u00a0Bao-Ming Chen,\u00a0Sun Yat-Sen University;\u00a0Shao-Lin Peng,\u00a0Sun Yat-sen University<\/p>\n
\nMathilde Chomel,\u00a0University of Manchester;\u00a0Jocelyn M. Lavallee,\u00a0University of Manchester;\u00a0Francisco De Castro,\u00a0Queen University of Belfast;\u00a0Heather L. Stott,\u00a0University of Manchester;\u00a0Nil Alvarez-Segura,\u00a0IRTA;\u00a0Jennifer M. Rhymes,\u00a0University of Plymouth;\u00a0Elizabeth Baggs,\u00a0University of Edinburgh;\u00a0Franciska De Vries,\u00a0University of Manchester;\u00a0Tancredi Caruso,\u00a0Queen\u2019s University;\u00a0Mark C. Emmerson,\u00a0Queen\u2019s University Belfast;\u00a0David Johnson,\u00a0University of Manchester;\u00a0Richard D. Bardgett,\u00a0University of Manchester<\/p>\n
\nR. Kent Connell,\u00a0Kansas State University;\u00a0John M. Blair,\u00a0Kansas State University<\/p>\n
\nJames W. Raich,\u00a0Iowa State University;\u00a0Germ\u00e1n Mora,\u00a0Goucher College<\/p>\n
\nCourtney M. Siegert,\u00a0Mississippi State University;\u00a0Natalie A. Clay,\u00a0Louisiana Tech University;\u00a0Juliet Tang,\u00a0USDA Forest Service;\u00a0Lisa G. Garrigues,\u00a0USDA Forest Service;John J. Riggins,\u00a0Mississippi State University<\/p>\n
\nRacheal N. Upton,\u00a0Iowa State University;\u00a0Kirsten S. Hofmockel,\u00a0Pacific Northwest National Laboratory;\u00a0Xia Xu,\u00a0Iowa State University;\u00a0Wayne H. Polley,\u00a0USDA, Agricultural Research Service;\u00a0Brian J. Wilsey,\u00a0Iowa State University<\/p>\n
\nGregory J. Pec,\u00a0University of New Hampshire;\u00a0Linda T.A. van Diepen,\u00a0University of Wyoming;\u00a0Kristen DeAngelis,\u00a0University of Massachusetts, Amherst;\u00a0Jeffrey L. Blanchard,\u00a0University of Massachusetts, Amherst;\u00a0Jerry M. Melillo,\u00a0Marine Biological Laboratory;\u00a0Serita D. Frey,\u00a0University of New Hampshire<\/p>\n
\nLee H. Dietterich,\u00a0University of California, Los Angeles;\u00a0Avishesh Neupane,\u00a0University of California, Los Angeles;\u00a0Mark Ciochina,\u00a0University of California, Los Angeles;\u00a0Nancy J Hess,\u00a0Pacific Northwest National Laboratory;\u00a0Malak M. Tfaily,\u00a0Pacific Northwest National Laboratory;\u00a0Daniela F. Cusack,\u00a0University of California, Los Angeles<\/p>\n
\nVerity G. Salmon,\u00a0Oak Ridge National Laboratory;\u00a0Colleen M. Iversen,\u00a0Oak Ridge National Laboratory;\u00a0Amy L. Breen,\u00a0University of Alaska Fairbanks;\u00a0Peter E. Thornton,\u00a0Oak Ridge National Laboratory;\u00a0Stan D. Wullschleger,\u00a0Oak Ridge National Laboratory<\/p>\n
\nCassandra Allsup,\u00a0University of Wisconsin;\u00a0Richard A. Lankau,\u00a0University of Wisconsin<\/p>\n
\nIan M. Ware,\u00a0University of Tennessee;\u00a0Michael E. Van Nuland,\u00a0Stanford University;Joseph Bailey,\u00a0University of Tennessee;\u00a0Jennifer A. Schweitzer,\u00a0University of Tennessee;\u00a0Christopher W. Schadt,\u00a0Oak Ridge National Laboratory;\u00a0Zamin Yang,\u00a0Oak Ridge National Laboratory<\/p>\n
\nGaurav S. Kandlikar,\u00a0University of California, Los Angeles;\u00a0Jonathan M. Levine,\u00a0ETH Zurich;\u00a0Nathan J. B. Kraft,\u00a0University of California, Los Angeles<\/p>\n
\nMaria Felipe-Lucia,\u00a0University of Bern;\u00a0Santiago Soliveres,\u00a0University of Bern;Caterina Penone,\u00a0University of Bern;\u00a0Eric Allan,\u00a0University of Bern<\/p>\n
\nMatthew L. Reid,\u00a0University of Louisville;\u00a0Sarah M. Emery,\u00a0University of Louisville<\/p>\n
\nJan-Hendrik Keet,\u00a0Stellenbosch University;\u00a0Allan G Ellis,\u00a0Stellenbosch University;Cang Hui,\u00a0Stellenbosch University;\u00a0Johannes J. Le Roux,\u00a0Stellenbosch University<\/p>\n
\nMichaela J. Woods,\u00a0Wright State University;\u00a0Elizabeth Roberson,\u00a0Wright State University;\u00a0Don Cipollini,\u00a0Wright State University;\u00a0Megan Rua,\u00a0Wright State University<\/p>\n
\nRafael Achury,\u00a0University of Illinois at Urbana-Champaign;\u00a0David A. Holway,\u00a0University of California, San Diego;\u00a0Andrew V. Suarez,\u00a0University of Illinois at Urbana-Champaign<\/p>\n
\nRobin Heinen,\u00a0Institute of Biology Leiden;\u00a0Feng Zhu,\u00a0Netherlands Institute of Ecology (NIOO-KNAW);\u00a0Martijn van der Sluijs,\u00a0Netherlands Institute of Ecology;Jeffrey A. Harvey,\u00a0Netherlands Institute of Ecology (NIOO-KNAW);\u00a0Arjen Biere,\u00a0Netherlands Institute of Ecology (NIOO-KNAW);\u00a0T. Martijn Bezemer,\u00a0Netherlands Institute of Ecology (NIOO-KNAW)<\/p>\n
\nFang Ji,\u00a0Case Western Reserve University<\/p>\n
\nMorgan N. Thompson,\u00a0University of Maryland;\u00a0William O. Lamp,\u00a0University of Maryland<\/p>\n
\nJulie K. Davis,\u00a0University of Massachusetts Amherst;\u00a0Nicholas A. Barber,\u00a0Northern Illinois University;\u00a0Philip C. Stevenson,\u00a0University of Greenwich;\u00a0Luis A. Aguirre,\u00a0University of Massachusetts Amherst;\u00a0Lynn S. Adler,\u00a0University of Massachusetts Amherst<\/p>\n
\nMaia Luz Raymundo,\u00a0University of Queensland;\u00a0Margie Mayfield,\u00a0University of Queensland<\/p>\n