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Tilman, D;Reich, P;Knops, J. M 2007. Diversity and stability in plant communities(reply) doi:LTER.
Potvin, C;Chapin, F;Gonzalez, A;Leadley, P;Reich, P;Roy, J  Canadell, J; Pataki, D; Pitelka, L 2007. Plant biodiversity and responses to elevated carbon dioxide : 125-134. doi:LTER.
Coiner, C;Wu, J;Polasky, S;Santelmann, M  Springler-Verlag 2007. Economic Implications doi:LTER.
Santelmann, M;Polasky, S;Cruise, R M;Sifneos, J;Rustigan, H;Coiner, C;Wu, J;Debinski, D;White, D;Feemark, K;Nassauer, J;Eilers, J;Vache, K;Danielson, B;Corry, R;Clark, M  J.I. Nassauer, M.V. Santelmann, D. Scavia 2007. An integrated assessment of alternative futures for Corn Belt agriculture doi:LTER.
Nassauer, J;Santelmann, M;Scavia, D  J.I Nassauer, M>V> Santelmann, D. Scavia 2006. Conserving biodiversity by conserving land doi:LTER.
Brewer, M;Tuell, J.;Fiedler, A.;Grafius, E.;Isaacs, R.;Kaiser, M.E.;Landis, D.;Langley, S.;Martin, T.E.;Mutch, D.  S. Deming, L. Johnson, D. Lehnert, D. Mutch 2007. IPM benefits of managing field borders, covercrops and other noncrop vegetation doi:LTER.
Burgin, A. 2007. Alternative microbial pathways of nitrate removal from freshwater ecosystems doi:LTER.
Burgin, A.;Hamilton, S.K. 2007. Have we overemphasized the role of denitrification in aquatic ecosystems? A review of nitrate removal pathways 5: 89-96. doi:LTER.
Eichorst, S. 2007. Isolation and characterization of members of the phylum acidobacteria from soils doi:LTER.
Eichorst, S.;Breznak, J.A.;Schmidt, T.M. 2007. Isolation and characterization of bacteria from soil that define Terriglobus gen. Nov., in the phylum Acidobacteria 73: 2708-2717. doi:LTER.
Gallaher, C.M. 2007. Phosphorus availability in annual and perennial cropping systems doi:LTER.
Grandy, A.S.;Neff, J.C. 2008. The biochemical decomposition sequence and its effects on soil organic matter structure and function 404: 297-307. doi:LTER.
Hao, X.;Kravchenko, A.N. 2007. Management practice effects on surface total carbon: Differences along a textural gradient 99: 18-. doi:LTER.
Jin, L. 2007. Ca-carbonate versus silicate dissolution rates in mid-latitude, glaciated soil profiles: Implications for riverine weathering fluxes and global biogeochemical budgets doi:LTER.
Kaiser, M.E.;Noma, T.;Brewer, M.J.;Pike, K.S.;Vockeroth, J.R.;Gaimari, S.D. 2007. Hymenopteran parasitoids and dipteran predators found utilizing soybean aphid after its midwestern United States invasion 100: 196-205. doi:LTER.
Kravchenko, A.N.;Robertson, G.P. 2007. Can topographical and yield data substantially improve total soil carbon mapping by regression kriging? 99: 12-17. doi:LTER.
Mahaney, W. 2007. Soil Processes and plant species: Does the reintroduction of native grasses alter soil carbon and nitrogen cycling? doi:LTER.
Niklas, K;D, E;Niinemets, U;Reich, P;Sellin, A;Shipley, B;Wright, I 2007. Diminishing returns in function with increasing leaf mass across and within six species-groups 104: 8891. doi:LTER.
Chung, H;Reich, P;Ellsworth, D 2007. Plant species richness, elevated CO2, and atmospheric N deposition alter soil microbial community composition and function 13: . doi:LTER.
Davis, M;Reich, P;Knoll, J. M.;Dooley, L;Hundtoft, M;Attleson, I 2007. Elevated atmospheric CO2: a nurse plant substitute for oak seedlings establishing in old fields doi:LTER.