Global ETD Search

Modeling canopy structure effects on loblolly pine growth

Jerez Rico, MauricioForestry, Wildlife, and Fisheries2022

… L.) plantations. Foliage distribution, crown hydraulic architecture, and the effect of chronological changes in canopy structure on stand development were explored as possible components of a future process-based model intended for management purposes. A model based on the Johnson’s SB …

lsu-thes Repository record for Modeling canopy structure effects on loblolly pine growth (opens in a new tab)

Seedling xylem anatomy of two Banksia species relative to availability of groundwater

Karlinski, MelissaEdith Cowan University, Research Online, Perth, Western Australia2019

… under these conditions, and xylem anatomy and hydraulic architecture are common traits studied to understand plant adaptations and responses to changeable water availability. However, little is known about the changes to the hydraulic architecture of groundwater dependent plants during their …

edithcowan Repository record for Seedling xylem anatomy of two Banksia species relative to availability of groundwater (opens in a new tab)

HYDRAULIC RESISTANCE: A DETERMINANT OF SHORT TERM STOMATAL CONDUCTANCE SIGNALING IN DISPARATE XYLEM ANATOMY OF RED MAPLE (Acer rubrum L.) AND SHUMARD OAK (Quercus shumardii Buckl.)

Inman, William

clemson Repository record for HYDRAULIC RESISTANCE: A DETERMINANT OF SHORT TERM STOMATAL CONDUCTANCE SIGNALING IN DISPARATE XYLEM ANATOMY OF RED MAPLE (Acer rubrum L.) AND SHUMARD OAK (Quercus shumardii Buckl.) (opens in a new tab)

Carbon and Water Relations in Pinus Taeda: Bridging the Gap across Plant Physiology, Genomics, and Global Climate Change

Moura, Catarina2008

… conditions (e.g., soil moisture) and on the hydraulic architecture of individual trees. Resistance to xylem cavitation is an important hydraulic trait that is often associated with drought tolerance but potentially at the cost of reduced carbon uptake. The second chapter of this dissertation …

duke Repository record for Carbon and Water Relations in Pinus Taeda: Bridging the Gap across Plant Physiology, Genomics, and Global Climate Change (opens in a new tab)

Effects of experimental drought on hydraulic properties and leaf traits of upper canopy and understory tree species in a perhumid tropical forest in Central Sulawesi, Indonesia

Schuldt, Bernhard2012

Die verbliebenen tropischen immerfeuchten Regenwälder könnten durch den prognostizierten Klimawandel in Süd-Ost-Asien immer häufigerer und extremerer Trockenheit ausgesetzt sein. Dabei sind die Auswirkungen starker Trockenheit auf diese Ökosysteme schwer vorhersagbar. Feldexperimente im großen …

goettingen Repository record for Effects of experimental drought on hydraulic properties and leaf traits of upper canopy and understory tree species in a perhumid tropical forest in Central Sulawesi, Indonesia (opens in a new tab)

Water turnover in species-rich and species-poor deciduous forests: xylem sap flow and canopy transpiration

Gebauer, Tobias2012

Die Bedeutung der Pflanzenvielfalt für Ökosystemfunktionen ist ein zentraler Forschungsschwerpunkt in der Ökologie in den letzten 15 Jahren. Viele Untersuchungen fokussieren sich auf die Bedeutung der Artenvielfalt für Pflanzenbiomasse und produktivität im Grünland; viel weniger ist bekannt wie die …

goettingen Repository record for Water turnover in species-rich and species-poor deciduous forests: xylem sap flow and canopy transpiration (opens in a new tab)