DSpace Repository
Browsing Smithsonian Tropical Research Institute by Author "Meinzer, Frederick C."
- DSpace Home
- →
- Smithsonian Tropical Research Institute
- →
- Browsing Smithsonian Tropical Research Institute by Author
JavaScript is disabled for your browser. Some features of this site may not work without it.
Browsing Smithsonian Tropical Research Institute by Author "Meinzer, Frederick C."
Now showing items 1-17 of 17
-
James, Shelley A.; Meinzer, Frederick C.; Goldstein, Guillermo; Woodruff, David R.; Jones, Timothy; Restorm, Teresa; Mejia, Monica; Clearwater, Michael; Campanello, Paula (2003)
-
Ozanne, C. M. P.; Anhuf, D.; Boulter, S. L.; Keller, Michael; Kitching, Roger L.; Korner, Christian; Meinzer, Frederick C.; Mitchell, A. W.; Nakashizuka, Tohru; Dias, Silva; Stork, Nigel E.; Wright, S. Joseph; Yoshimura, M. (2003)
-
Meinzer, Frederick C. (2002)
-
Mcculloch, M.; Winter, Klaus; Meinzer, Frederick C.; Garcia, Milton N.; Aranda, Jorge E.; Lachenbrunch, B. (2007)
-
Meinzer, Frederick C.; Campanello, Paula I.; Domec, Jean-Christophe; Genoveva Gatti, M.; Goldstein, Guillermo; Villalobos-Vega, Randol; Woodruff, David R. (2008)This study examined how leaf and stem functional traits related to gas exchange and water balance scale with two potential proxies for tree hydraulic architecture: the leaf area:sapwood area ratio (AL:AS) and wood density ...
-
Meinzer, Frederick C.; Woodruff, David; Domec, Jean-Christophe; Goldstein, Guillermo; Campanello, Paula; Gatti, M.; Villalobos-Vega, Randol (2008)Abstract Stomatal regulation of transpiration constrains leaf water potential (?L) within species-specific ranges that presumably avoid excessive tension and embolism in the stem xylem upstream. However, the hydraulic ...
-
Meinzer, Frederick C.; Bond, B. J.; Warren, James M.; Woodruff, David R. (2005)
-
Meinzer, Frederick C.; James, Shelley A.; Goldstein, Guillermo (2004)
-
James, Shelley A.; Clearwater, Michael J.; Meinzer, Frederick C.; Goldstein, Guillermo (2002)
-
Johnson, Daniel M.; Woodruff, David R.; McCulloch, Katherine A.; Meinzer, Frederick C. (2009)Adequate leaf hydraulic conductance (Kleaf) is critical for preventing transpiration-induced desiccation and subsequent stomatal closure that would restrict carbon gain. A few studies have reported midday depression of ...
-
Santiago, Louis S.; Goldstein, Guillermo; Meinzer, Frederick C.; Fisher, Jack B.; Machado, K.; Woodruff, David R.; Jones, Tappey H. (2004)
-
McCulloch, Katherine A.; Sperry, John S.; Lachenbruch, Barbara; Meinzer, Frederick C.; Reich, Peter B.; Voelker, Steven (2010)Coniferous, diffuse-porous and ring-porous trees vary in their xylem anatomy, but the functional consequences of these differences are not well understood from the scale of the conduit to the individual. Hydraulic and ...
-
McCulloh, Katherine A.; Sperry, John S.; Meinzer, Frederick C.; Lachenbruch, Barbara; Atala, Cristian (2009)There are two optima for maximizing hydraulic conductance per vasculature volume in plants. Murray's law (ML) predicts the optimal conduit taper for a fixed change in conduit number across branch ranks. The opposite, ...
-
Sperry, John S.; Meinzer, Frederick C.; McCulloh, Katherine A. (2008)Tree hydraulic architecture exhibits patterns that propagate from tissue to tree scales. A challenge is to make sense of these patterns in terms of trade-offs and adaptations. The universal trend for conduits per area to ...
-
Andrade, Jose Luis; Meinzer, Frederick C.; Goldstein, Guillermo; Schnitzer, Stefan A. (2005)
-
Meinzer, Frederick C.; James, Shelley A.; Goldstein, Guillermo; Woodruff, David R. (2003)
-
Meinzer, Frederick C.; Johnson, Daniel M.; Lachenbrunch, Barbara; McCulloch, Katherine A.; Woodruff, David R. (2009)1. The xylem pressure inducing 50% loss of hydraulic conductivity due to embolism (P50) is widely used for comparisons of xylem vulnerability among species and across aridity gradients. However, despite its utility as an ...
Now showing items 1-17 of 17
Search DSpace
Browse
-
All of DSpace
-
This Community
