Tree Physiology | Oxford Academic

Time 2020-09-15 16:03:39

Web Name: Tree Physiology | Oxford Academic

WebSite: http://treephys.oxfordjournals.org

ID:47654

Keywords:

Physiology,Tree,Academic,

Description:

Tree Physiology publishes technical reviews, original research and methods papers on all aspects of physiology of trees, other woody species, and species of arborescent growth forms. Latest Special Issues Special Issue: Phloem Function and Dysfunction Explore 14 articles presenting significant progress in research on long-distance transport in trees and on the links between phloem and other tree functions, taking a step towards answering all the questions concerning phloem physiology. This Special Issue brings together several different approaches including classic ecophysiology, C pulse labelling, anatomy, molecular biology and modelling.Read now Special Issue: Tree Physiology Genomics In just over a decade since the publication of the first forest tree genome—that ofPopulus trichocarpa(Salicaceae; Tuskan et al. 2006)—we have witnessed tremendous advances in tree physiology leveraged from forest tree genomic resources. In this Invited Issue, entitled Tree Physiology and Genomics, we bring together 12 articles that skillfully illustrate uses of an ever-expanding forest genomics toolkit to further our insight into various physiological processes.Read now Virtual Issue: Canopy Ecophysiology Forest canopy function presents a challenge to researchers due to the sheer size and difficulty of vertical access to large trees in an uncontrolled environment. Explore the difficulties and discoveries of academic researchers in this area, in a new virtual issue.Read now Virtual Issue: Mechanisms and Consequences of Tree Drought Response Many tree mortality events are linked to drought, but how much do we really know about the drought response of trees? Explore a selection of highly cited articles and commentaries, collated to coincide with the AGU meeting in December.Read now Plant pathogens and environmental stress can have a detrimental impact on forest health, biomass and growth. Early detection and identification of biotic and abiotic stresses, ideally before visible symptoms are present, are important for effective forest management practice and early control of pathogen, and to... Spring drought is becoming a frequently occurring stress factor in temperate forests. However, the understanding of tree resistance and resilience to the spring drought remains insufficient. In this study, European beech (Fagus sylvaticaL.) seedlings at the early stage of leaf development were moderately and... Foliar senescence is a highly orchestrated phenomenon associated with de novo synthesis of proteolytic enzymes and antioxidants, dismantling of cellular contents and relocation of nutrients to storage organs.During senescence, a major fraction of mobile mineral nutrients, in particular, nitrogen (N), phosphorus and potassium, is resorbed from leaves to... The remobilization and resorption of plant nutrients is considered as a crucial aspect of the seasonal senescence of plant organs. In leaves, the mechanisms responsible for the relocation of valuable compounds are well understood while the related processes in roots are still being debated. Some research indicates that... A cuticle is a protective layer that covers an organism and separates it from the environment. In leaves of terrestrial plants, this layer is hydrophobic and consists of an insoluble membrane submerged in solvent-soluble waxes. The cuticle of leaves is thought to have evolved as an adaptationduring the transition from... Plants prevent uncontrolled water loss by synthesizing, depositing and maintaining a hydrophobic layer over their primary aerial organs—the plant cuticle.Quercus cocciferaL. can plastically respond to environmental conditions at the cuticular level. When exposed to hot summer conditions with highvapour-pressure... In 1998, we obtained a close linear relationship between gross primary biomass production (GPP), the total mass of carbon fixed annually by photosynthesis, and net primary biomass production, designated (NPP) (Waring et al. 1998). Collalti and Prentice (2019) (henceforth denoted C P) recently asserted that Waring, in that... Pine trees are essential to the terrestrial ecosystem and account for over 40% of the world’s forest plantations. In Southeastern USA (the wood basket of the world), loblolly pine (Pinus taeda) is the dominant tree species, which constitutes 71% of planted forests and produces ~2 billion tons of woody biomass. Wood from... Vascular plants have two types of water-conducting cells, xylem vessel cells (in angiosperms) and tracheid cells (in ferns and gymnosperms). These cells are commonly characterized by secondary cell wall (SCW) formation and programmed cell death (PCD), which increase the efficiency of water conduction. The differentiation... More from Tree Physiology Email alerts Register to receive table of contents email alerts as soon as new issues of Tree Physiology are published online.Sign up Submit Now Find out more about publishing inTree Physiologyand submit today.Find out more Tree Physiology on Facebook Follow Tree Physiology on Facebook to keep up-to-date with the latest research published in the journal.Find out more Top Altmetric Scoring Articles Discover the Tree Physiologyarticles receiving the most attention online, and in the news.Find out more Related Titles Annals of Botany Forestry: An International Journal of Forest Research Integrative and Comparative Biology Journal of Experimental Botany Journal of Heredity Journal of Plant Ecology Molecular Biology and Evolution Plant and Cell Physiology AoB PLANTS Journal of Forestry Forest Science Oxford University Press is a department of the University of Oxford. It furthers the University's objective of excellence in research, scholarship, and education by publishing worldwide This PDF is available to Subscribers Only View Article Abstract & Purchase Options For full access to this pdf, sign in to an existing account, or purchase an annual subscription. Close

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Publishes both technical reviews and original research reports on all aspects of physiology of tree, other woody species and species of arborescent growth forms

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