Tree rings and environment dendroecology

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1. Verfasser: Schweingruber, Fritz Hans 1936-2020 (VerfasserIn)
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Sprache:English
Veröffentlicht: Berne [und 2 wetiere] Haupt 1996
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Datensatz im Suchindex

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adam_text Tree Rings and Environment Dendroecology Fritz Hans Schweingruber Edited by: Swiss Federal Institute for Forest, Snow and Landscape Research, WSL/FNP Birmensdorf Paul Haupt Publishers Berne • Stuttgart • Vienna Contents Contents pages Preface 5 1 Introduction 15 The growing field of dendroecology 15 The term dendrochronology 17 Large research gaps 17 Objective 19 Acknowledgements 19 2 Growth Factors 21 Genetic impact 22 Ageing 24 Tree-ring sensitivity 26 Sensitivity of the anatomical structure 26 Effect of abiotic factors 27 Light 29 Temperature 30 Precipitation 33 Wind 34 Nutrients 37 Limited root space 37 Mechanical damage to the crown, stem and roots 38 Anthropogenic air and soil pollution 39 3 Growth Zones in Perennial Plants 41 How long have tree rings existed? 43 Which plants have rings? 45 Which tissues provide a morphological picture of annual growth? 49 Growth zones in shoot xylem 49 Growth zones in the branch-stem transition area 49 Growth zones in root xylem 51 Growth zones in phloem (bast) 52 Growth zones in bark (periderm) 53 Annual growths on shoots 54 Short shoots in pine 57 Relationship between different annual growth parameters 59 Which climates promote tree-ring formation in woody plants? 59 4 Basic Biological Functions Involved in TYee-Ring Formation 63 Cell formation and differentiation 64 Cell types in the xylem 67 Influence of hormones and enzymes 69 8 Contents 5 Tree-ring Morphology 71 Genetic influence 72 Modification of the basic anatomical structure through environmental influences 74 Cambial activity during vegetation 74 Cell differentiation 76 Cell expansion 83 Cell-wall growth 86 Growth combinations 86 Reaction wood 86 Secondary structures 88 Macroscopic aspect of tree rings 90 6 Annual Tree Growth 95 Techniques for measuring tree-ring width growth in living trees 96 Procedures : 96 Tree-ring width growth in relation to endogenous and exogenous factors 99 Period of wood increment 99 Growth patterns inside trees 103 Typical growth patterns of certain species 103 Growth patterns in relation to altitude and site 104 Growth patterns in relation to weather 104 Growth patterns in relation to water supply 104 Annual radial growth rates in relation to other rhythmically appearing tree characteristics 105 Cell expansion in relation to endogenous and exogenous factors 108 Cell-wall thickening in relation to endogenous and exogenous factors 109 7 Growth in all Parts of a Tree 111 Growth conditions in a tree 112 Growth in stems 113 Partially absent tree rings 115 Abrupt growth reductions 115 Consistency of tree-ring widths 116 Density fluctuations 117 Growth in branches 119 Growth in roots 121 Growth throughout the entire tree 129 8 Influence of Water (Dendrohydrology) 131 Tree and site characteristics along rivers and on land with varying water tables useful for dendrohydrological reconstructions 132 Impact of floods 142 Extreme flood influences along rivers in the temperate climate zone 143 Peak floods in dry regions : 151 Ice dams in rivers in the boreal zone 154 Salt water ingression along coasts 156 Varying water level in lakes and swamps 157 Secular variations in the water level of a lake in northern Quebec, Canada 157 Contents 9 Relationship between water level and tree age in the Okefenokee-swamp in Florida 160 Salt water ingression in fresh-water flood forests (Taxodium distichum, Florida) 160 Varying water level in bogs 161 Drainage of a bog in the Swiss Jura Mountains; Etang de la Gruere 161 Reaction of trees in the bog Etang de la Gruere to long- and short-term climatic influences 163 Drainage of fens in the northern Lower Alps in Switzerland 166 Reconstruction of bog history in northwestern Europe 167 Flooded forests 169 Inundated forests in the Amazon Basin 169 Construction of a dike prevents overflooding 171 Ponds in southern Alaska 171 Variations in the water table in flat lands 173 Sinking water level 173 Impact of climate on the course of a river 174 The Colorado River in semiarid, southwestern America 175 The Huruni River in New Zealand s temperate climate 176 Glacier rivers in the Rocky Mountains and the Alps 176 Driftwood in northern oceans (Dendrooceanography) 178 9 Influence of Snow 183 Impact of avalanches 184 Ecological indicators for reconstructing the intensity and frequency of avalanches 184 Age structure of a stand on an avalanche slope in the southern Swiss Alps 189 Reaction of an individual tree to recurring avalanches 190 Tree shapes on an avalanche slope 190 Impact of creeping snow 192 Impact of snow pressure 193 Tree decline on snowy sites near the alpine tree limit 194 10 Influence of Wind 197 Impact of wind on vegetation and trees 198 Adaptation of stem shapes under continual wind stress 202 Regeneration of forest stands after strong winds 203 Changing positions of trees in stands 208 Pattern of death and regeneration brought on by wind (wave mortality) 208 Trees in the active dunes of the boreal zone 213 11 Influence of Fire 217 Forest fires 218 Tree adaptation to fire 219 Fire characteristics and their dendrochronological analysis 221 Damage to the crown 221 Damage to the xylem 222 Fires in the boreal forest of Canada 228 Fires in semiarid forest areas and their relationship to weather and climate 232 10 Contents Fires in deciduous forests 235 Fire in the southern Alps 235 i Fire in the grasslands of North America 237 Fire in the deciduous forests of Australia 238 Impact of fire suppression on tree growth 238 Impact of lightning 239 12 Influence of Glacial Movement (Dendroglaciology) 241 Glacial-historical Methods 242 Trees near advancing glaciers 243 Reforestation of areas left behind after glacial retreat (ecesis) 245 Forests drowned in lakes dammed by advancing ice tongues 246 Reconstructing glacial movement 249 Glaciers in the Swiss Alps 249 Recent glacial movement in the Alps 252 Recent glacial movement in the Rocky Mountains 254 13 Influence of Tectonic and Volcanic Activity 257 Causing factors and reactions 258 Examples of dating volcanic eruptions 264 Mt St Helens and Sunset Crater 264 The Bronze Age eruption of the volcano Thera on the Santorin islands in the Aegean Sea 265 The Laachersee volcano in the Eifel (Germany) 266 Volcanic eruptions influence climate 266 Examples of ground uplift and subsidence 267 Isostatic ground uplift 267 Tectonic uplift 267 Tsunamis, ground uplift and subsidence and landslides following earthquakes 268 Shifting shorelines along the Atlantic coast in New Brunswick, Canada 270 14 Influence of Mass Movement 271 Impact on trees 272 Rockfall 272 Erosion 274 Creeping and sliding slopes 276 Debris flows in the mountains 284 Rock slides 287 15 Influence of Animals 289 Stem scars caused by mammals and birds 291 Scars on young trees as a result of fraying, browsing and ramming by hoofed animals 292 Beaver activity 295 Damage caused by porcupines 295 Trees ringed by woodpeckers 298 Browsing by wild and domestic animals 298 Defoliation caused by insects 302 Periodic larch bud moth (Zeiraphera diniana GN) outbreaks 302 Periodic cockchafer (Melolontha hippocastani and Melolontha melelolontha) outbreaks 306 Contents U Aperiodic spruce budworm, Choristoneura fumiferana, Ch occidentalis outbreaks 308 Hormonal disturbances of the cambial activity of Pinus halepensis by the bast scale, Matsucoccus josephi 312 Compression-wood formation caused by the woolly aphid (Adelges piceae) 312 Pith flecks caused by cambium-mining insects (Agromyzidae, Diptera) 315 16 Influence of Fungi and Mistletoe 317 Impact of increment boring on a tree 318 Oak decline in northern Germany 321 Fungi that influence the cambium 322 Cancer (Cryphonectria [Endothia] parasitica) 323 Rust (Puccinia arrhenatheri) on berberitzen (Berberis v ulgaris) 323 Traumatic intercellular canals in cherry species 324 Gaps in a stand due to diseases 325 Mistletoe 326 17 The Mutual Influence of Competition and Cooperation 331 Competition 332 Population growth 333 Individual tree growth 335 Cooperation 337 The dynamics of shrub formations 339 18 Influence of Man 341 Fertilization 342 Impact of fertilization on volume growth 343 Relationship between fertilization, climate and tree growth in Central Europe 344 Impact of fertilization on the structure of the wood 345 Thinning in managed forests 345 Historical forest utilization 347 Tree Pruning 349 Pruning conifers 349 Pruning angiosperms 352 Pollarding 353 Replanting Trees 356 Resin tapping 357 Soil compression 359 Natural reforestation following anthropogenic utilization 360 Natural reforestation of agricultural land in Switzerland 361 Forest destruction and natural reforestation in the subalpine zone in Colorado, USA 363 Decline of a century-old irrigation network in Valais, Switzerland 365 A protection forest on a rocky cliff 366 Influence of tree care on tree growth 367 Crown pruning 368 Grafting 368 Hypothesis of forest decline 369 Introduction 369 Main emphases in research 369 Dendrochronological methods 373 12 Contents How do trees and forests die? 373 # How healthy or sick is a tree or a forest? 376 iDo climate and weather influence a tree s health? 386 Does anthropogenic pollution influence tree growth? 391 Carbon Dioxide (CO2) as a growth-influencing factor 404 Using tree rings as chemical data carriers for the construction of pollution chronologies 406 Prehistoric utilization of wood and forests 414 The utilization of wood and forests in prehistoric southern Central Europe 414 Raw materials for tools and appliances 416 Raw material for construction wood 418 Neolithic man influenced the landscape 420 Dated piles used as foundations for the reconstruction of forest utilization 421 Neolithic forest utilization 426 Sources of error 428 Forest utilization in recorded history 432 Wood transport 433 19 Influence of Climate (Dendroclimatology) 439 Introduction and questions 440 Methodical basics 441 Meteorological data 441 Site and stand selection 441 Technical methods 444 Analyzing continuous data series 445 Introduction 445 Material 446 Statistical methods 446 Tree-internal data series 449 Chronologies along changing gradients 450 Millennial chronologies 456 Chronologies from the tropics and subtropics 457 Chronologies from semiarid regions 460 Chronologies from subalpine and boreal zones in both hemispheres 466 Chronologies from temperate zones in the northern Hemisphere 470 Networks 471 Problems of interpretation of dendroclimatological networks 475 Growth rhythms over many years 477 Analyzing discontinuous data series 480 Definition of the terms: event years, pointer years, pointer values, pointer intervals, and abrupt growth changes 480 Event years 483 Master plots 484 Geographical distribution of event years 486 Pointer years in trees and on sites 487 Pointer values along high elevation gradients 490 Pointer values in beech growing at ecological limits in Switzerland 497 Pointer years in different geographical regions 500 Drought 501 Summer temperatures 503 Wind stress 504 Pointer years specific to individual species 508 Contents 13 Pointer years caused by fruiting (mast year) 511 Cracks in the stem caused by drought 512 Cracks in the stem caused by frost 514 Injuries caused by hail 516 Difficulties in working with pointer years 517 Difficulties in working with response functions 518 Difficulties in working with mean curves 522 Growth zones in fossil stems are expressions of climatic conditions in geological periods 524 The tree s architecture as an expression of climatic conditions 527 Examples from northern Quebec, Canada 527 Dating tree rings 528 Oscillations of tree limits as an expression of climatic changes 532 Plant reactions in relation to site factors 532 Recent oscillations in tree limits 535 History of Dendroclimatology 537 State of knowledge at the beginning of the 20th century 537 Morphological variability of tree rings in different climate zones and on different sites 539 The period of Andrew Ellicott Douglass (1867-1962) 541 Dendroclimatology in Europe between 1939 and 1961 The period of Bruno Huber 544 Development of dendrochronological research since the 1950s 548 20 Isotope Ratios as Temporal and Ecological Indicators 549 Basic information 550 The radioactive carbon (14C) (In memoriam Bernd Becker) 550 Impact of the earth s magnetic field causes a long-term variation 551 Sunspot activity has an impact on secular variations 552 Hydrogen bomb explosions 553 Impact of fossil-fuel burning on the ^C^C ratio 554 Consequence for the calibration of dating organic matter 554 Stable isotopes 556 Deuterium (WH= A2H or A D) 556 Oxygen 18 (18O/16O) 557 Carbon 13 (13C/12C) 558 Influence of climate on the 813C/12C 562 Perspectives in tree-ring research using stable isotopes 562 21 Literature 565 Index of Terms 603
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spellingShingle Schweingruber, Fritz Hans 1936-2020
Tree rings and environment dendroecology
Dendrochronologie gtt
Ecologie gtt
Jaarringen gtt
Umwelt
Dendrochronology
Tree-rings Environmental aspects
Autökologie (DE-588)4143684-2 gnd
Dendrochronologie (DE-588)4149072-1 gnd
Ökologie (DE-588)4043207-5 gnd
subject_GND (DE-588)4143684-2
(DE-588)4149072-1
(DE-588)4043207-5
title Tree rings and environment dendroecology
title_auth Tree rings and environment dendroecology
title_exact_search Tree rings and environment dendroecology
title_full Tree rings and environment dendroecology Fritz Hans Schweingruber
title_fullStr Tree rings and environment dendroecology Fritz Hans Schweingruber
title_full_unstemmed Tree rings and environment dendroecology Fritz Hans Schweingruber
title_short Tree rings and environment dendroecology
title_sort tree rings and environment dendroecology
topic Dendrochronologie gtt
Ecologie gtt
Jaarringen gtt
Umwelt
Dendrochronology
Tree-rings Environmental aspects
Autökologie (DE-588)4143684-2 gnd
Dendrochronologie (DE-588)4149072-1 gnd
Ökologie (DE-588)4043207-5 gnd
topic_facet Dendrochronologie
Ecologie
Jaarringen
Umwelt
Dendrochronology
Tree-rings Environmental aspects
Autökologie
Ökologie
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