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Leaf-out phenology of temperate woody plants: from trees to ecosystems
by
Polgar, Caroline A.
, Primack, Richard B.
in
budburst
/ Carbon sequestration
/ chilling requirement
/ Climate
/ Climate Change
/ Climate effects
/ Deciduous forests
/ Ecosystem
/ Ecosystem models
/ Ecosystems
/ Flowers
/ Flowers - growth & development
/ Flowers - physiology
/ Frost damage
/ Global warming
/ Growing season
/ Growing seasons
/ growth & development
/ History
/ leaf development
/ leaf‐out
/ Leaves
/ monitoring
/ Phenology
/ Photoperiod
/ physiology
/ Plant Leaves
/ Plant Leaves - growth & development
/ Plant Leaves - physiology
/ Plants
/ Remote sensing
/ Remote Sensing Technology
/ Seasons
/ shrubs
/ Species
/ Species Specificity
/ spring
/ Tansley review
/ Temperate forests
/ Temperature
/ Time Factors
/ Trees
/ Trees - growth & development
/ Trees - physiology
/ uncertainty
/ Wood
/ Wood - growth & development
/ Wood - physiology
/ Woody plants
2011
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Leaf-out phenology of temperate woody plants: from trees to ecosystems
by
Polgar, Caroline A.
, Primack, Richard B.
in
budburst
/ Carbon sequestration
/ chilling requirement
/ Climate
/ Climate Change
/ Climate effects
/ Deciduous forests
/ Ecosystem
/ Ecosystem models
/ Ecosystems
/ Flowers
/ Flowers - growth & development
/ Flowers - physiology
/ Frost damage
/ Global warming
/ Growing season
/ Growing seasons
/ growth & development
/ History
/ leaf development
/ leaf‐out
/ Leaves
/ monitoring
/ Phenology
/ Photoperiod
/ physiology
/ Plant Leaves
/ Plant Leaves - growth & development
/ Plant Leaves - physiology
/ Plants
/ Remote sensing
/ Remote Sensing Technology
/ Seasons
/ shrubs
/ Species
/ Species Specificity
/ spring
/ Tansley review
/ Temperate forests
/ Temperature
/ Time Factors
/ Trees
/ Trees - growth & development
/ Trees - physiology
/ uncertainty
/ Wood
/ Wood - growth & development
/ Wood - physiology
/ Woody plants
2011
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Leaf-out phenology of temperate woody plants: from trees to ecosystems
by
Polgar, Caroline A.
, Primack, Richard B.
in
budburst
/ Carbon sequestration
/ chilling requirement
/ Climate
/ Climate Change
/ Climate effects
/ Deciduous forests
/ Ecosystem
/ Ecosystem models
/ Ecosystems
/ Flowers
/ Flowers - growth & development
/ Flowers - physiology
/ Frost damage
/ Global warming
/ Growing season
/ Growing seasons
/ growth & development
/ History
/ leaf development
/ leaf‐out
/ Leaves
/ monitoring
/ Phenology
/ Photoperiod
/ physiology
/ Plant Leaves
/ Plant Leaves - growth & development
/ Plant Leaves - physiology
/ Plants
/ Remote sensing
/ Remote Sensing Technology
/ Seasons
/ shrubs
/ Species
/ Species Specificity
/ spring
/ Tansley review
/ Temperate forests
/ Temperature
/ Time Factors
/ Trees
/ Trees - growth & development
/ Trees - physiology
/ uncertainty
/ Wood
/ Wood - growth & development
/ Wood - physiology
/ Woody plants
2011
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Leaf-out phenology of temperate woody plants: from trees to ecosystems
Journal Article
Leaf-out phenology of temperate woody plants: from trees to ecosystems
2011
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Overview
CONTENTS: Summary 926 I. Introduction 927 II. What triggers a plant to leaf-out? 928 III. Variation in leaf-out among species 929 IV. Leaf-out and climate change 932 V. Conclusions 937 Acknowledgements 937 References 937 SUMMARY: Leafing-out of woody plants begins the growing season in temperate forests and is one of the most important drivers of ecosystem processes. There is substantial variation in the timing of leaf-out, both within and among species, but the leaf development of almost all temperate tree and shrub species is highly sensitive to temperature. As a result, leaf-out times of temperate forests are valuable for observing the effects of climate change. Analysis of phenology data from around the world indicates that leaf-out is generally earlier in warmer years than in cooler years and that the onset of leaf-out has advanced in many locations. Changes in the timing of leaf-out will affect carbon sequestration, plant-animal interactions, and other essential ecosystem processes. The development of remote sensing methods has expanded the scope of leaf-out monitoring from the level of an individual plant or forest to an entire region. Meanwhile, historical data have informed modeling and experimental studies addressing questions about leaf-out timing. For most species, onset of leaf-out will continue to advance, although advancement may be slowed for some species because of unmet chilling requirements. More information is needed to reduce the uncertainty in predicting the timing of future spring onset.
Publisher
Blackwell Publishing Ltd,John Wiley & Sons,Wiley Subscription Services, Inc
Subject
/ Climate
/ Flowers
/ Flowers - growth & development
/ History
/ leaf‐out
/ Leaves
/ Plant Leaves - growth & development
/ Plants
/ Seasons
/ shrubs
/ Species
/ spring
/ Trees
/ Trees - growth & development
/ Wood
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