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Land management / Environmental issues / Carbon / Soil science / Organic gardening / Soil pH / Fertility / Amazon rainforest / Oxisol / Soil / Agriculture / Land use


Loss of Nutrients From Terrestrial Ecosystems to Streams and the Atmosphere Following Land Use Change in Amazonia Eric A. Davidson1, Christopher Neill2, Alex V. Krusche3, Victoria V. R. Ballester3, Daniel Markewitz4, and
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Document Date: 2004-12-21 13:44:06

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City

Piracicaba / Pará / Brasilia / Springer-Verlag / Belém / Serrão / Ji / Hubbard Brook / New York / Rondonia / Victoria / J. E / Toledo / DAVIDSON ET / Manaus / Paragominas / /

Company

Columbia University Press / Amazon / Marine Biological Laboratory / Oxford University Press / E. A. S. / /

Country

Jordan / United States / Brazil / /

Event

Environmental Issue / Man-Made Disaster / /

Facility

University of Georgia / Although plant / /

IndustryTerm

soil solution / harvest products / soil solutions / chemical fractionation analyses / trace gas emissions / /

NaturalFeature

Forest Resoources / lowland Amazon / Paragominas forest / Hubbard Brook forest / /

Organization

Columbia University / Research Center / University of Georgia / Athens / Victoria V / American Geophysical Union / Soil Science Society / 4Daniel B. Warnell School of Forest Resoources / National Aeronautics and Space Administration / Oxford University / /

Person

G. E. Likens / K. C. Weathers / Alex V / J. L. Stoddard / C. S. Cronan / K. F. Lambert / C. Eagar / /

Position

extractor / Walker / representative / T. J. Butler / /

Product

McClain / Pinto / /

ProvinceOrState

Alabama / New York / Georgia / Rondônia / Massachusetts / New Hampshire / /

Region

northeastern United States / North America / western Amazon / New England / southern Brazil / South America / /

Technology

remote sensing / /

SocialTag