Increased demand and advanced techniques
could lead to more refi ned mapping and
management of soils. Maps can provide soil inputs (e.g., texture, organic
carbon, and soil-depth parameters) to models
predicting land-cover changes in response to global
climatic and human disturbances.
MONTANARELLA Luca;
CARRE' Florence;
SANCHEZ Pedro A.;
AHAMED Sonya;
HARTEMINK Alfred E.;
HEMPEL Jonathan;
HUISING Jeroen;
LAGACHERIE Philippe;
MCBRATNEY Alex;
MCKENZIE Neil J.;
MENDONÇA-SANTOS Maria Lourdes;
MINASNY Budiman;
OKOTH Peter;
PALM Cheryl A.;
SACHS Jeffrey D.;
SHEPHERD Keith D.;
VÅGEN Tor-Gunnar;
VANLAUWE Bernard;
WALSH Markus G.;
WINOWIECKI Leigh A.;
ZHANG Gan-Lin;
2009-09-03
AMER ASSOC ADVANCEMENT SCIENCE
JRC53742
0036-8075,
http://www.sciencemag.org/,
https://publications.jrc.ec.europa.eu/repository/handle/JRC53742,
10.1126/science.1175084,
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