| Titre : | Journal of Ecology 102(1) - JAN 2014 |
| Type de document : | Bulletin |
| Paru le : | 00/00/0000 |
Dépouillements
Article
Paul S. Maxwell, Auteur ;
Kylie A. Pitt, Auteur ;
Dana D. Burfeind, Auteur ;
Andrew D. Olds, Auteur ;
Russell C. Babcock, Auteur ;
Rod M. Connolly, Auteur
Severe events such as floods or cyclones can have large ecological effects on the structure and functioning of ecosystems. The capacity of an ecosystem to adapt to, or absorb, the effects of a severe event depends on the severity and longevity o[...]
Article
Vincent Jung, Auteur ;
Cecile H. Albert, Auteur ;
Cyrille Violle, Auteur ;
Georges Kunstler, Auteur ;
Grégory Loucougaray, Auteur ;
Thomas Spiegelberger, Auteur
Climate change is expected to increase the magnitude and the frequency of extreme climatic events such as droughts. Better understanding how plant communities will respond to these droughts is a major challenge. We expect the response to be a sh[...]
Article
Bodil K. Ehlers, Auteur ;
Anne Charpentier, Auteur ;
Eva Grondahl, Auteur
Positive plant-plant interactions are known to increase species richness in stressful and poor habitats that are often species poor, but the role of facilitative interactions in species-rich communities is less well understood. It has been propo[...]
Article
Jordan R. Mayor, Auteur ;
S. Joseph Wright, Auteur ;
Benjamin L. Turner, Auteur
The concentration, stoichiometry and resorption of nitrogen (N) and phosphorus (P) in plant leaves are often used as proxies of the availability of these growth-limiting nutrients, but the responses of these metrics to changes in nutrient availa[...]
Article
Yusuke Onoda, Auteur ;
Jema B. Salunga, Auteur ;
Kosuke Akutsu, Auteur ;
Shin-ichiro Aiba, Auteur ;
Tetsukazu Yahara, Auteur ;
Niels P. R. Anten, Auteur
Taller plant species can pre-empt solar energy and suppress growth of subordinate species in vegetation stands, which is described through one-sided competition. Yet, in much of the world's vegetation species of different statures coexist. This [...]
Article
Ian S. Pearse, Auteur ;
Richard C. Cobb, Auteur ;
Richard Karban, Auteur
There is substantial evidence that the rate of litter decomposition is affected by the match between the litter substrate and the soil matrix (decomposer community). We introduce and test the phenology-substrate-match hypothesis, which predicts [...]
Article
Rei Shibata, Auteur ;
Mitsue Shibata, Auteur ;
Hiroshi Tanaka, Auteur ;
Shigeo Iida, Auteur ;
Takashi Masaki, Auteur ;
Fumika Hatta, Auteur ;
Hiroko Kurokawa, Auteur ;
Tohru Nakashizuka, Auteur
Resprouting of woody species after above-ground damage may help plants to persist longer at a given site and quickly reoccupy disturbed sites, thereby strongly influencing forest dynamics. Resprouting has been discussed from two adaptation persp[...]
Article
Ian J. Renne, Auteur ;
Brandon T. Sinn, Auteur ;
Gregory W. Shook, Auteur ;
David M. Sedlacko, Auteur ;
Jessica R. Dull, Auteur ;
Diego Villarreal, Auteur ;
Jose L. Hierro, Auteur
Allelopathy has traditionally been viewed as a phytotoxic disruption of recipient plant metabolism, and allelopathic effects are generally strongest on species lacking historic exposure to particular phytotoxins (Novel Weapons Hypothesis). Howev[...]
Article
S. Luke Flory, Auteur ;
Jonathan T. Bauer, Auteur
Facilitation among species may promote non-native plant invasions through alteration of environmental conditions, enemies or mutualists. However, the role of non-trophic indirect facilitation in invasions has rarely been examined. We used a long[...]
Article
Kiona Ogle, Auteur ;
Sharmila Pathikonda, Auteur ;
Karla Sartor, Auteur ;
Jeremy W. Lichstein, Auteur ;
Jeanne L. D. Osnas, Auteur ;
Stephen W. Pacala, Auteur
Plant functional traits are important determinants of survival and fitness, and wood density (WD) is a key trait linked to mechanical stability, growth rates and drought- and shade-tolerance strategies. Thus, rigorous WD estimates are necessary [...]
Article
John L. Maron, Auteur ;
John Klironomos, Auteur ;
Lauren Waller, Auteur ;
Ragan M. Callaway, Auteur
A prominent hypothesis for plant invasions is escape from the inhibitory effects of soil biota. Although the strength of these inhibitory effects, measured as soil feedbacks, has been assessed between natives and exotics in non-native ranges, fe[...]
Article
David J. Gibson, Auteur ;
Amy T. Austin, Auteur ;
Richard D. Bardgett, Auteur ;
Mark Rees, Auteur ;
Andrea Baier, Auteur ;
Lauren Sandhu, Auteur
