Roe deer may markedly alter forest nitrogen and phosphorus budgets across Europe
Identifieur interne : 000047 ( France/Analysis ); précédent : 000046; suivant : 000048Roe deer may markedly alter forest nitrogen and phosphorus budgets across Europe
Auteurs : F. Abbas [France] ; J. Merlet [France] ; N. Morellet [France] ; H. Verheyden [France] ; A. J. M. Hewison [France] ; B. Cargnelutti [France] ; J. M. Angibault [France] ; D. Picot [France] ; J. L. Rames [France] ; B. Lourtet [France] ; S. Aulagnier [France] ; T. Daufresne [France]Source :
- Oikos [ 0030-1299 ] ; 2012-08.
Abstract
Most forests in Europe are patchily distributed within the agricultural landscape. Therefore, forest biogeochemistry in Europe cannot be understood without considering the connectivity of nutrient cycles between forest patches and fertilized cropland. In this paper, we quantified the role of roe deer, the most widespread wild ungulate in Europe, as a vector of nitrogen and phosphorus from fertilized fields to forest patches, in a typical agricultural landscape of southwestern Europe. We derived a model of nutrient transfer from a data set on deer density, landscape‐use by individual deer, and nutrient content in feces. The model shows that the magnitude of nutrient transfer is highly sensitive to the proportion of forest patches within the landscape, and to the way deer use the landscape to feed and defecate. Hence, the magnitude of nutrient transfer varies substantially across the landscape. Locally, deer may significantly fertilize the forest, transferring the equivalent of almost 20% of the atmospheric deposition of nitrogen, and the equivalent of 0.13% of the total stock of phosphorus from cropland to forest patches each year. These inputs may markedly influence the biogeochemistry of forests in the long run, and the nitrogen to phosphorus ratio available to trees and forest plants. These results highlight the significant, but, heterogeneous, role of wild ungulates in forest biogeochemistry across Europe.
Url:
DOI: 10.1111/j.1600-0706.2011.20103.x
Affiliations:
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Therefore, forest biogeochemistry in Europe cannot be understood without considering the connectivity of nutrient cycles between forest patches and fertilized cropland. In this paper, we quantified the role of roe deer, the most widespread wild ungulate in Europe, as a vector of nitrogen and phosphorus from fertilized fields to forest patches, in a typical agricultural landscape of southwestern Europe. We derived a model of nutrient transfer from a data set on deer density, landscape‐use by individual deer, and nutrient content in feces. The model shows that the magnitude of nutrient transfer is highly sensitive to the proportion of forest patches within the landscape, and to the way deer use the landscape to feed and defecate. Hence, the magnitude of nutrient transfer varies substantially across the landscape. Locally, deer may significantly fertilize the forest, transferring the equivalent of almost 20% of the atmospheric deposition of nitrogen, and the equivalent of 0.13% of the total stock of phosphorus from cropland to forest patches each year. These inputs may markedly influence the biogeochemistry of forests in the long run, and the nitrogen to phosphorus ratio available to trees and forest plants. These results highlight the significant, but, heterogeneous, role of wild ungulates in forest biogeochemistry across Europe.</div></front></TEI><affiliations><list><country><li>France</li></country><region><li>Midi-Pyrénées</li><li>Occitanie (région administrative)</li></region><settlement><li>Castanet‐Tolosan</li></settlement></list><tree><country name="France"><region name="Occitanie (région administrative)"><name sortKey="Abbas, F" sort="Abbas, F" uniqKey="Abbas F" first="F." last="Abbas">F. Abbas</name></region><name sortKey="Angibault, J M" sort="Angibault, J M" uniqKey="Angibault J" first="J. M." last="Angibault">J. M. Angibault</name><name sortKey="Aulagnier, S" sort="Aulagnier, S" uniqKey="Aulagnier S" first="S." last="Aulagnier">S. Aulagnier</name><name sortKey="Cargnelutti, B" sort="Cargnelutti, B" uniqKey="Cargnelutti B" first="B." last="Cargnelutti">B. Cargnelutti</name><name sortKey="Daufresne, T" sort="Daufresne, T" uniqKey="Daufresne T" first="T." last="Daufresne">T. Daufresne</name><name sortKey="Hewison, A J M" sort="Hewison, A J M" uniqKey="Hewison A" first="A. J. M." last="Hewison">A. J. M. Hewison</name><name sortKey="Lourtet, B" sort="Lourtet, B" uniqKey="Lourtet B" first="B." last="Lourtet">B. Lourtet</name><name sortKey="Merlet, J" sort="Merlet, J" uniqKey="Merlet J" first="J." last="Merlet">J. Merlet</name><name sortKey="Morellet, N" sort="Morellet, N" uniqKey="Morellet N" first="N." last="Morellet">N. Morellet</name><name sortKey="Picot, D" sort="Picot, D" uniqKey="Picot D" first="D." last="Picot">D. Picot</name><name sortKey="Rames, J L" sort="Rames, J L" uniqKey="Rames J" first="J. L." last="Rames">J. L. Rames</name><name sortKey="Verheyden, H" sort="Verheyden, H" uniqKey="Verheyden H" first="H." last="Verheyden">H. Verheyden</name></country></tree></affiliations></record>Pour manipuler ce document sous Unix (Dilib)
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