Plant Diversity Increases with the Strength of Negative Density Dependence at the Global Scale.

Citace

LAMANNA J.A., MANGAN S.A., ALONSO A., BOURG N.A., BROCKELMAN W.Y., BUNYAVEJCHEWIN S., LI-WAN Chang, JYH-MIN Chiang, CHUYONG G.B., CLAY K., CONDIT R., CORDELL S., DAVIES S.J., FURNISS T.J., GIARDINA CH.P., GUNATILLEKE A.U.N., GUNATILLEKE C.V.S., FANGLIANG He, HOWE R.W., HUBBELL S.P., CHANG-FU Hsieh21, INMAN-NARAHARI F.M., JANIK D. , JOHNSON D.J., KENFACK D., KORTE L., KRÁL K. , LARSON A.J., LUTZ J.A., MCMAHON S.M., MCSHEA W.J., MEMIAGHE H.R., NATHALANG A., NOVOTNY V., ONG P.S., ORWIG D.A., OSTERTAG R., PARKER G.G., PHILLIPS R.P., SACK L., I-FANG Sun, TELLO J.S., THOMAS D.W., TURNER B.L., VELA DÍAZ D.M., VRŠKA T. , WEIBLEN G.D., WOLF A., YAP S., and MYERS J.A., 2017. Plant Diversity Increases with the Strength of Negative Density Dependence at the Global Scale. Science 356: 1389-1392.

Rok

2017