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Horacio E. Bown, Michael S. Watt
Pág. 95 - 109
Stem CO2 efflux is a highly variable component of the carbon budget of forest ecosystems. It reflects the balance between the CO2 respired by the living stem tissues, less the CO2 dissolved in the xylem sap moving upward in the transpiration stream, plus...
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Horacio E. Bown, Euan G. Mason, Michael S. Watt, Peter W. Clinton
Pág. 361 - 374
The 3-PG (Physiological Principles in Predicting Growth) radiation-use efficiency model has been widely used and tested for predicting the primary productivity of forests all over the world. This radiation-use efficiency model accounts for plant nutritio...
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Horacio E. Bown, Michael S. Watt, Peter W. Clinton, Euan G. Mason
Pág. 505 - 520
H.E. Bown, M.S. Watt, P.W. Clinton, and E.G. Mason. 2012. The influence of N and P supply and genotype on N remobilization in containerized Pinus radiata plants. Cien. Inv. Agr. 39(3): 505-520. A large proportion of the nitrogen (N) used in the current...
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Horacio E. Bown, Michael S. Watt, Peter W. Clinton, Euan G. Mason
Pág. 277 - 289
Patterns of carbon flux and partitioning were examined in highly stocked (40,000 stems ha-1) control and fertilized mini-plots of Pinus radiata D. Don at five sites, which covered a wide climatic and edaphic gradient on the South Island of New Zealand. T...
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Ian Nicholas and Michael Watt
Pág. 15 - 19
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Michael Watt, Lindsay Bulman and David Palmer
Pág. 20 - 22
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Pete Watt and Michael Watt
Pág. 23 - 25
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David J. Palmer, Michael S. Watt, Mark O. Kimberley, Barbara K. Höck, Tim W. Payn and David J. Lowe
Pág. 15 - 21
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Horacio E. Bown, Euan G. Mason, Peter W. Clinton, Michael S. Watt
Pág. 451 - 464
Chlorophyll fl uorescence responses to a factorial combination of nitrogen (N) and phosphorus (P) supply were measured in fi ve clones of Pinus radiata cultivated in a greenhouse over twenty-four months. Chlorophyll fl uorescence measurements were tak...
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Thomas E. Tierney, IV, Heidi E. Tierney, George C. Idzorek, Robert G. Watt, Robert R. Peterson, Darrell L. Peterson, Christopher L. Fryer, Mike R. Lopez, Michael C. Jones, Daniel Sinars, Gregory A. Rochau, and James E. Bailey
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