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Assessing Climate Change 2nd ed. 2010 [Hardback]

  • Formāts: Hardback, 410 pages, height x width: 260x193 mm, biography
  • Sērija : Springer Praxis Books / Environmental Sciences
  • Izdošanas datums: 30-Nov-2009
  • Izdevniecība: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • ISBN-10: 3642019870
  • ISBN-13: 9783642019876
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  • Formāts: Hardback, 410 pages, height x width: 260x193 mm, biography
  • Sērija : Springer Praxis Books / Environmental Sciences
  • Izdošanas datums: 30-Nov-2009
  • Izdevniecība: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • ISBN-10: 3642019870
  • ISBN-13: 9783642019876
Citas grāmatas par šo tēmu:
In this book Donald Rapp provides a balanced assessment of global warming, tending neither to the views of alarmists or nay-sayers. Rapp has the ability to move into a highly technical field, assimilate the content, organize the knowledge base and succinctly describe the field, its content, its unresolved issues and achievements. This is precisely what he does in this book in relation to global climate change. As such his approach is refreshingly different.

Most people agree that the Earth has been warming, but there is heavy debate on why, some citing human activity, others positing natural fluctuations. In this book, a professional systems engineer assesses the evidence of climate change in an objective way.
Preface xi
List of figures
xix
List of tables
xxv
List of abbreviations and acronyms
xxvii
Historical variations in the Earth's climate
1(42)
Historical temperatures
1(12)
Use of proxies to estimate historical temperatures
1(1)
Tree rings
2(3)
Ice cores
5(1)
Ocean and stream sediments
6(1)
Pollen
7(1)
Boreholes
7(2)
Corals
9(1)
Proxies and climate
9(1)
Processing proxy data
9(1)
Challenges in using proxies
10(3)
Ice ages and interglacial periods
13(21)
The Pleistocene
15(4)
The last ice age
19(3)
Proposed explanations for ice ages
22(1)
Variations in the Earth's orbit and ice ages
22(3)
Cosmos theory
25(1)
Atlantic Ocean circulation variation
26(1)
Sudden climate changes
27(2)
Mechanisms behind sudden climate transitions
29(1)
North Atlantic circulation as a trigger or an amplifier in rapid climate changes
29(4)
Carbon dioxide as a feedback in sudden changes
33(1)
Surface reflectivity (albedo) of ice, snow, and vegetation
34(1)
Holocene temperature history
34(9)
Introduction
35(1)
Glacial sediments
36(1)
Plant pollen proxies
37(1)
Borehole measurements
37(1)
Ocean sediment cores
37(4)
Other Holocene results
41(2)
Temperatures in the past millennium
43(66)
The Little Ice Age and the Medieval Warm Period
44(30)
Anecdotal inferences on the MWP and the LIA
47(2)
The Medieval Warm Period
49(1)
Climate models for the MWP: effects of changes in land use
49(3)
Proxy analysis
52(9)
The Little Ice Age
61(5)
Sea surface temperatures in the Sargasso Sea
66(1)
Other proxy studies
66(1)
China
66(5)
Borehole measurements
71(1)
Arctic environment change of the last four centuries
71(2)
Iceland perspective
73(1)
Average global and hemispheric temperatures in the past millennium
74(24)
The ``MBH''model
74(5)
Other reconstructions of historical temperature
79(3)
Criticisms of the MBH model
82(1)
McIntyre and McKitrick
82(6)
Burger and Cubasch
88(1)
The Wegman Report
89(3)
Esper et al
92(1)
Soon and Baliunas
92(2)
Zorita and von Storch
94(1)
The paleoclimatic cabal
94(2)
How reliable are proxy methods?
96(2)
The blogs
98(6)
Climate audit blog
99(2)
Real climate blog
101(3)
Conclusions on millennium temperature history
104(5)
Temperatures in the past century
109(58)
Near-surface measurements
109(8)
Meteorological data sets
109(3)
Problems with surface temperature data
112(3)
Deviations from the mean
115(1)
Utility of a single global temperature
116(1)
Measured Earth, regional, and local temperatures
117(50)
U. S. temperature measurements
117(3)
Global and hemispheric temperatures
120(6)
Antarctic and Arctic temperatures
126(1)
Antarctic temperatures
127(5)
Arctic temperatures
132(5)
The NH temperature dip, 1940-1978: effect of aerosols
137(5)
Adequacy of the global temperature network
142(9)
Troposphere temperatures
151(7)
Diurnal temperature range
158(2)
Ruminations of Bob Foster
160(1)
Earliest measured European and Greenland temperatures: 1751-1995
161(1)
European temperatures
161(1)
Greenland temperatures
162(1)
Mountain glaciers as climate indicators
163(4)
Variability of the Sun
167(72)
Solar irradiance
167(4)
Introduction
167(2)
Measurements of TSI in space since 1978
169(1)
Short-term TSI models
170(1)
Long-term TSI models
170(1)
Aspects of solar variability
171(8)
The solar cycle
171(1)
Sunspots
172(1)
Faculae
172(1)
Sunspot indices
173(2)
Estimation of sunspot activity from proxies
175(3)
Diameter of the Sun
178(1)
Indices of solar activity
178(1)
Effect of the Sun-Earth distance
179(1)
The Maunder Minimum; John Eddy's Study
179(9)
Historical telescope observations of sunspots
179(1)
Historical records of aurorae
180(5)
Historical visual observations of sunspots
185(1)
14Carbon in tree rings
186(1)
The solar corona
186(1)
Beckman and Mahoney on Eddy's work
187(1)
Eddy's conclusions
188(1)
Reconstructing total solar irradiance (TSI) in the past
188(33)
Reconstructions based on sunspots, solar cycles, and solar activity
188(1)
Introduction
188(1)
Hoyt and Schatten
189(2)
Constant quiet Sun models
191(1)
CQSM based on sunspot number
191(5)
CQSM based on sunspot area and cycle duration
196(3)
The MM temperature model
199(3)
Stellar Ca HK index models
202(10)
Solar cycle duration model
212(1)
The ``Sun Melody''
212(1)
Danish Meteorological Institute studies
213(4)
Hoyt and Schatten model
217(2)
Coronal source flux model
219(2)
TSI reconstructions based on cosmogenic isotope proxies
221(7)
Introduction
221(2)
Reconstruction of TSI from cosmo-nuclide production proxies
223(1)
Projections for the Holocene
224(4)
Temperature changes driven by the Sun
228(6)
Global climate models
228(2)
Climate sensitivity parameter
230(4)
Conclusions on TSI
234(5)
The Earth's heat balance and the greenhouse effect
239(60)
The greenhouse effect
239(4)
Terrestrial examples
239(2)
Simplistic models of the Earth
241(2)
The Earth's heat balance
243(38)
Major heat flows
243(1)
Greenhouse gas effects and water vapor
244(1)
Absorption by greenhouse gases
244(2)
Water vapor as a greenhouse gas
246(8)
Albedo of the Earth
254(2)
Ocean emissivity
256(1)
Heat islands of the Earth
256(1)
Differences between surface temperatures and tropospheric temperatures
256(2)
Correlation of surface temperatures with CO2 sources
258(1)
Urban heat islands
259(2)
Heat generation by urbanization
261(1)
Effects of land use/land clearing changes
262(3)
Effect of clouds
265(2)
Heat capacity, time constant, and sensitivity of Earth's climate system
267(3)
Heat content of the oceans
270(2)
El Ninos and climate
272(7)
North Atlantic climate variability and ocean oscillations
279(2)
Volcanic eruptions
281(6)
Global climate models
287(10)
Description of GCMs
287(1)
The IPCC view of climate models
288(3)
Uncertainties and limitations of GCMs
291(6)
Instability of the climate
297(2)
Anthropogenic influences on climate change
299(48)
CO2 concentration: past and present
299(17)
Measurements and proxies
299(3)
Carbon cycle: CO2 fluxes
302(5)
Co2 variations in glacial-interglacial cycles
307(7)
Co2 and global warming
314(2)
Projections of future CO2 concentration by climatologists
316(6)
Projections of future global temperature rise due to CO2
322(4)
Energy and climate in the 21st century
326(5)
Constraints on CO2 production imposed by the limits of fossil fuels
331(1)
An alternate theory of 20th-century global warming
332(15)
Introduction
332(8)
Black carbon (BC) deposition on Arctic snow and ice
340(1)
Effect of carbon deposition on Ice and snow
340(1)
Rate of emission of carbon in the 20th century
341(1)
Estimated role of BC in Arctic warming
341(2)
Measurement of BC in Greenland ice cores
343(1)
Role of sulfate aerosols and El Ninos
344(1)
Summary
345(2)
Impacts of global warming
347(48)
Global-warming alarmists
347(14)
The alarmist viewpoint
347(6)
Orthodoxy in climatology and the politicalization of science
353(8)
Global-warming naysayers
361(3)
Sea level rise, the ice sheets, and sea ice
364(22)
Introduction to sea level rise
364(2)
Direct measurements of sea level
366(4)
Measurements of ice sheet and sea ice extent
370(4)
Global warming and sea level rise
374(7)
Sea ice extent
381(5)
Future increases in global temperature
386(2)
Changes in precipitation: floods, drought, and storms
388(5)
Drought
388(1)
Floods
389(1)
Storms
389(4)
Species extinction
393(2)
Global climate change and public policy
395(18)
The Kyoto Protocol
395(7)
Description of the Kyoto Protocol
395(1)
Status of the Kyoto Agreement
396(2)
Commentary on Kyoto Protocol
398(4)
Economics: Will it cost more to do nothing?
402(8)
The Stern Report
402(3)
Nordhaus Review of Stern Report
405(4)
Investment opportunities in climate change
409(1)
U. S. Congress: meeting the climate change challenge
410(3)
Final remarks
413(14)
Conclusions
413(8)
The nine questions
421(6)
Appendix: Review of the film An Inconvenient Truth 427(10)
References 437(30)
Index 467