Climate in a small area: an introduction to local meteorology
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| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English Japanese |
| Published: |
Tokyo
Univ. of Tokyo Press
1975
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| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XVI, 549 S. graph. Darst., Ill. |
| ISBN: | 0860081443 |
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| 245 | 1 | 0 | |a Climate in a small area |b an introduction to local meteorology |c Masatoshi M. Yoshino |
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Record in the Search Index
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| adam_text | Titel: Climate in a small area
Autor: Yoshino, Masatoshi M.
Jahr: 1975
CONTENTS
Preface
Chapter 1. LOCAL CLIMATE AND MICROCLIMATE
1.1. Definition of Local Climate and Microclimate ................... 3
1.2. Concept of Local Climate ..................................... 4
1.2.1. Scale of Climatic Phenomena............................... 4
1.2.2. Microclimate and Local Climate............................ 5
1.2.3. Topoclimate and Other Climatic Phenomena on an
Intermediate Scale ........................................ 6
1.2.4. Relation to the Meteorological Scale......................... 7
1.2.5. Relation to the Concept of Geographical Region ............. 9
1.2.6. Scale and Concept of Local Climate......................... 11
1.3. Local Climatology and Microclimatology........................ 13
Chapter 2. HISTORY OF RESEARCH
2.1. Before Instrumental Observations .............................. 15
2.1.1. Cities ................................................... 15
2.1.2. Arable Land ............................................. 16
2.1.3. Seashores and Lakeshores ................................. 18
2.1.4. Mountains............................................... 20
2.1.5. Forests.................................................. 21
2.2. Instrumental Observation (I)................................... 22
2.2.1. Cities ................................................... 23
(A) City Temperature or Heat Island ........................... 23
(B) City Fog ................................................ 24
(C) City Wind ............................................... 24
(D) Insolation, Sunshine, and Air Pollution...................... 25
(E) Study on the City Climate in the 19th Century: A Summary ... 25
2.2.2. Flat, Open Land.......................................... 26
(A) Air and Ground Temperatures ............................. 26
(B) Heat Balance at the Ground Surface ....................... 26
(C) Vertical Distribution of Wind Velocity ...................... 26
(D) Snow ................................................... 26
fac
CONTENTS
2.2.3. Seashores and Lakeshores ................................. 27
(A) Air Temperature.......................................... 27
(B) Land and Sea Breezes: Facts............................... 27
(C) Land and Sea Breezes: Theory ............................. 28
2.2.4. Mountains............................................... 28
(A) Atmospheric Pressure and Air Temperature .................. 28
(B) Insolation ............................................... 30
(C) Rain and Clouds ......................................... 30
(D) Snow ................................................... 31
(E) Wind ................................................... 31
(F) Outline of Studies on Mountain Climate up to the 19th Century. 32
2.2.5. Forests .................................................. 32
(A) Effect of Forests on Climate .............................. 32
(B) Air Temperature, Humidity, and Ground Temperature ........ 33
(C) Wind and Precipitation.................................... 33
2.3. Instrumental Observation (II).................................. 34
2.4. Development of Research Methods............................. 39
Chapter 3. GROUND SURFACE AND CLIMATE IN A SMALL AREA
3.1. Flat, Open Land ............................................. 41
3.1.1. Radiation Balance ........................................ 41
(A) Heat Balance Equation.................................... 41
(B) Albedo.................................................. 43
(C) Effective Radiation ....................................... 45
(D) Distribution of Heat Balance and Radiation Balance in a
Small Area .............................................. 46
3.1.2. Ground Temperature...................................... 51
3.1.3. Air Temperature.......................................... 55
3.1.4. Wind Velocity............................................ 59
(A) Power Law .............................................. 60
(B) Power Law and Logarithmic Law........................... 60
(Ç) Logarithmic Law Taking Stability into Consideration ......... 62
3.1.5. Exchange Coefficient and Some Other Characteristic Numbers
or Factors ............................................... 66
3.1.6. Some Other Phenomena................................... 73
(A) Thermic ................................................. 73
(B) Diffusion ............................................... 75
(C) The Temperature on Snow Cover........................... 76
(D) CO2 Concentration ....................................... 78
3.2. City........................................................ 80
3.2.1. Air Temperature.......................................... 80
CONTENTS xi
(A) Distribution of Air Temperature............................ 80
(B) Three Dimensional Structure of Heat Island.................. 85
(C) The Cause of the City Temperature ......................... 88
(D) Meteorological Elements Related with City Temperature,
Heat Islands.............................................. 91
(E) Relation to the Population................................. 97
3.2.2. Humidity................................................ 98
3.2.3. Precipitation ............................................. 100
3.2.4. Fog..................................................... 104
3.2.5. Frost................................................... 105
3.2.6. Wind ................................................... 106
3.2.7. Air Pollution............................................. 110
3.2.8. Insolation ............................................... 116
3.3. Forest ...................................................... 119
3.3.1. Radiation, Heat, and Energy Balance........................ 120
(A) Solar Radiation .......................................... 120
(B) Light.................................................... 122
(C) Radiation Balance ........................................ 124
(D) Energy Budget ........................................... 124
3.3.2. Temperature ............................................. 126
(A) Air Temperature Inside and Outside a Forest................. 126
(B) Vertical Distribution of Air Temperature within a Forest....... 128
(C) Ground Temperature...................................... 130
3.3.3. Humidity ................................................ 130
3.3.4. Evaporation ............................................. 131
3.3.5. Precipitation ............................................. 133
(A) Interception of Precipitation by a Forest..................... 133
(B) Forest and Snow Cover ................................... 135
(C) Fog Precipitation or Kisame ............................... 138
3.3.6. Fog Prevention Forest..................................... 139
3.3.7. Wind ................................................... 140
(A) Wind Velocity in a Forest.................................. 140
(B) Shelterbelts and Wind Breaks............................... 142
3.3.8. The Forest and Run-off.................................... 147
3.3.9. Influence of Forests on Climate............................. 149
3.4. Seashores, Lakeshores, and Riverbanks ......................... 151
3.4.1. Air Temperature.......................................... 151
(A) Air Temperature on the Seashore ........................... 152
(B) Air Temperature on Lakeshores and Riverbanks.............. 154
3.4.2. Winds................................................... 158
(A) Land and Sea Breezes: Facts ............................... 158
(B) Theories of Land and Sea Breezes .......................... 161
(C) Wind on the Coast........................................ 163
(D) Lake Breezes: Facts....................................... 165
CONTENTS
(E) The Sea Breezes and the Air Temperature on the Coastal Plains.. 170
(F) The Sea Breeze Front ..................................... 173
3.4.3. Fog..................................................... 176
(A) Sea Fog ................................................. 176
(B) River and Lake Fogs...................................... 176
3.4.4. Amount of Precipitation................................... 179
3.4.5. Salty Wind .............................................. 181
Chapter 4. TOPOGRAPHY AND CLIMATE IN A SMALL AREA
4.1. Mountains .................................................. 183
4.1.1. Air Pressure ............................................. 183
4.1.2. Insolation and Sunshine ................................... 185
4.1.3. Air Temperature.......................................... 189
(A) Temperature Lapse Rate................................... 189
(B) Diurnal Change .......................................... 192
(C) Annual Range and Monthly Range ......................... 193
(D) Daily Range ............................................. 196
4.1.4. Ground Temperature...................................... 196
4.1.5. Humidity ................................................ 202
4.1.6. Fog and Clouds .......................................... 204
4.1.7. Precipitation ............................................. 208
(A) Rainfall Zone ............................................ 208
(B) Precipitation Distribution.................................. 211
(Ç) Empirical and Theoretical Representation.................... 214
(D) Rainfall Intensity ......................................... 216
4.1.8. Snow ................................................... 218
(A) Snowfall and Snow Accumulation .......................... 218
(B) Distribution of Snow Accumulation......................... 220
(C) Snow Line............................................... 224
(D) Avalanche and Remaining Snow............................ 226
4.1.9. Thunderstorms ........................................... 231
4.1.10. Wind ................................................... 232
4.1.11. Icing and Hoarfrost....................................... 237
4.2. Hills, Basins, Valleys, and Bases of Mountain.................... 239
4.2.1. Insolation and Sunshine ................................... 239
(A) Insolation ............................................... 239
(B) Sunshine ................................................ 242
4.2.2. Air Temperature.......................................... 245
(A) Minimum Temperature or Nighttime Temperature ............ 245
(B) Maximum Temperature or Daytime Temperature ............. 249
(C) Diurnal Variation of Air Temperature Distribution ........... 252
(D) Distribution of Frost...................................... 256
4.2.3. Ground Temperature...................................... 261
CONTENTS xiii
4.2.4. Wind ................................................... 262
(A) Wind Distribution in Mountains and Hilly Regions ........... 263
(B) Influence of Topography on Wind Structure near the Ground... 268
(C) Mountain and Valley Breezes .............................. 276
4.2.5. Precipitation ............................................. 285
(A) Distribution of Rainfall in Mountainous Regions ............. 285
(B) Area Rainfall ............................................ 291
(C) Snow Accumulation....................................... 293
4.2.6. Evaporation ............................................. 296
4.2.7. Fog ..................................................... 299
4.2.8. Phenology ............................................... 302
Chapter 5. LOCAL AIRSTREAMS AND WEATHER
5.1. Local Airstreams and Distribution of Climatological Elements .....307
5.1.1. Local Airstreams and Distribution of Wind Direction ......... 307
5.1.2. Local Airstreams and Distribution of Precipitation............ 312
(A) Synoptic Climatological Treatment.......................... 312
(B) Relation to Cyclones...................................... 315
(C) Band Structure ........................................... 319
(D) Relation to Local Convergences, Fronts, or Instability Lines___323
(E) Topographic Effects....................................... 325
(F) Weather Divides.......................................... 328
5.1.3. Local Air Currents and Temperature Distribution............. 330
5.2. Local Anticyclones, Cyclones, and Discontinuous Lines............ 333
5.2.1. Local Anticyclones........................................ 333
5.2.2. Local Cyclones ........................................... 336
5.2.3. Local Fronts on a Meso-scale............................... 338
(A) Hokuriku Front .......................................... 338
(B) Wakasa-wan Front ....................................... 344
(C) San in Front ............................................. 344
(D) Bôsô Front .............................................. 345
(E) Utsunomiya Front........................................ 347
(F) Ishikari Front............................................ 349
(G) Other Local Fronts ....................................... 351
5.2.4. Local Fronts on a Micro-scale.............................. 354
5.3. Local Winds................................................. 355
5.3.1. Föhn, Bora, and Similar Winds............................. 355
(A) Föhn.................................................... 355
(?) Chinook................................................. 358
(C) Bora .................................................... 361
(D) Fall Wind; Oroshi ........................................ 368
(E) Katabatic Wind .......................................... 372
CONTENTS
5.3.2. Strong or Characteristic Local Winds........................ 374
(A) Catalogue and Distribution of Names ....................... 374
(B) Examples in the World .................................... 379
(C) Examples in Japan........................................ 383
5.3.3. Classification and Schema.................................. 391
(A) Föhn and Bora........................................... 391
(B) Scheme of Fall Wind...................................... 394
(C) Classification of Local Winds .............................. 395
5.3.4. Air Flow over Mountains and Lee Waves.................... 396
.(A) Observations...................._____.................... 396
(B) Theory .................................................. 400
(C) Model Experiments ....................................... 403
5.4. Formation and Run-off of Cold Air at Night..................... 407
5.4.1. Cold Air Drainage at Night................................ 407
5.4.2. Velocity of Cold Airstream ................................ 410
5.4.3. Circulation System of Cold Air and Cold Air Lakes........... 412
5.5. Inversion Layer .............................................. 416
5.5J. Ground Inversion......................................... 417
5.5.2. High-level Inversion....................................... 418
5.5.3. Formation and Dissipation of Inversions .................... 419
5.5.4. Seasonal Change of Occurrence Frequency and Intensity of
.....Inversions ............................................... 422
5.5.5. Development of the Inversion Layers and Topography......... 425
5.5.6. Thermal Belts on Slopes................................... 429
5.5.7. Inversion Layers and Local Weather ........................ 433
Chapter 6. LOCAL AND MICROCLIMATE AND NATURE
6.1. Plant Ecology......,.........,___........................... 437
6.1.1. Forest Structure and Microclimate.......................... 437
6.1.2. Relicts and Local and Microclimate......................... 444
6.1.3. Wind-shaped Trees....................................... 445
(A) Classification of Wind-shaped Trees......................... 446
(B) Scale of Wind-shaped Trees ................................ 449
(C) Wind and Tree Deformation ............................... 451
(D) Local Distribution of Wind-shaped Trees : Examples .......... 453
6.1.4. Local Plant Ecology and Local Climate...................... 459
(A) Wind-shaped Trees and Lichen in Mountainous Regions.......459
(B) Wind and Plant Distribution ............................... 461
(C) Light and Radiation...................................... 462
(D) Temperature and Humidity ................................ 463
(E) Snow and Plant Distribution ............................... 465
CONTENTS xv
6.2. Effects of Climate on Micro-topography......................... 469
6.2.1. The Asymmetry of Valley Topography and Microclimate ...... 469
(A) On a Steep North-facing Slope ............................. 469
(B) On a Steep South-facing Slope ............................. 470
6.2.2. Landslides, Landslips, and Erosion by Rainfall ............... 472
6.2.3. Snow and Frost in Relation to Micro-topography............. 474
6.2.4. Wind and Micro-topography............................., 477
(A) Sand Dunes and Related Phenomena........................ 477
(B) Periglacial Wind Conditions and Micro-topography ........... 479
(C) Oriented Lakes........................................... 480
References............................................................ 481
Abbreviation of Names of Periodicals.................................... 527
Author Index ......................................................... 531
Subject Index ......................................................... 537
Geographic Index...................................................... 543
|
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| id | DE-604.BV003218466 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T15:56:21Z |
| institution | BVB |
| isbn | 0860081443 |
| language | English Japanese |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-002022323 |
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| physical | XVI, 549 S. graph. Darst., Ill. |
| publishDate | 1975 |
| publishDateSearch | 1975 |
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| publisher | Univ. of Tokyo Press |
| record_format | marc |
| spelling | Yoshino, Masatoshi 1928-2017 Verfasser (DE-588)170793923 aut Climate in a small area an introduction to local meteorology Masatoshi M. Yoshino Tokyo Univ. of Tokyo Press 1975 XVI, 549 S. graph. Darst., Ill. txt rdacontent n rdamedia nc rdacarrier Micrométéorologie Micrometeorology Geländeklima (DE-588)4156387-6 gnd rswk-swf Mikroklima (DE-588)4039221-1 gnd rswk-swf Mikroklima (DE-588)4039221-1 s DE-604 Geländeklima (DE-588)4156387-6 s HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002022323&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Yoshino, Masatoshi 1928-2017 Climate in a small area an introduction to local meteorology Micrométéorologie Micrometeorology Geländeklima (DE-588)4156387-6 gnd Mikroklima (DE-588)4039221-1 gnd |
| subject_GND | (DE-588)4156387-6 (DE-588)4039221-1 |
| title | Climate in a small area an introduction to local meteorology |
| title_auth | Climate in a small area an introduction to local meteorology |
| title_exact_search | Climate in a small area an introduction to local meteorology |
| title_full | Climate in a small area an introduction to local meteorology Masatoshi M. Yoshino |
| title_fullStr | Climate in a small area an introduction to local meteorology Masatoshi M. Yoshino |
| title_full_unstemmed | Climate in a small area an introduction to local meteorology Masatoshi M. Yoshino |
| title_short | Climate in a small area |
| title_sort | climate in a small area an introduction to local meteorology |
| title_sub | an introduction to local meteorology |
| topic | Micrométéorologie Micrometeorology Geländeklima (DE-588)4156387-6 gnd Mikroklima (DE-588)4039221-1 gnd |
| topic_facet | Micrométéorologie Micrometeorology Geländeklima Mikroklima |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002022323&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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