Conservation and Sustainable Use of the Biosphere - WBGU

XXIII
Figure E 3.4-1
Figure E 3.5-1
Figure E 3.9-1
Figure F 1.1-1
Figure F 1.1-2
Figure F 1.1-3
Figure F 2.1-2
Figure F 2.2-1
Figure F 2.2-2
Figure F 2.2-3
Figure F 2.2-4
Figure F 3.1-1
Figure F 3.2-1
Figure F 4.2-1
Figure F 5.1-1
Figure F 5.3-1
Figure F 5.3-2
Figure G 1.3-1
Figure G 1.3-2
Figure G 2.1-1
Figure G 2.2-1
Figure G 2.4-1
Figure G 3.1-1
Figure G 3.2-1
Figure G 4.1-1
Figure G 4.1-2
Figure G 4.2-1
Figure G 4.2-2
Figure G 4.2-3
Figure H 5.4-1
Figure I 3.3-1
Figure K-1
Development of herring stocks in the North Sea and how they were fished 164
Co-management system 176
Biological resource management in the regional planning process 205
CO 2
concentration in the atmosphere of Mauna Loa (Hawaii) 214
CO 2
curve on Mauna Loa, Hawaii, for the 1994-1998 period 214
Increase in the ‘breath of planetary life’ 214
Mechanisms and feedbacks between biosphere and atmosphere 217
Global hydrological cycle and energy levels over land as a proportion of solar
irradiation 219
‘Global Forest’ scenario minus ‘Global Desert’ scenario 220
‘Global Forest’ and ‘Global Desert’: changes in mean current of
atmosphere 221
Global distribution of climate zones according to Köppen 222
Estimated changes in global terrestrial ecosystems between 1700 and 1995 224
Long-term development of atmospheric CO 2
concentration and biospheric sink
capacity 227
Distribution of coral reefs and coral bleaching from 1969 to 1996 236
Critical collapse of temperature regulation by biosphere in a simple biosphereclimate
model 239
The importance of biogeographic regions for the Earth System in the context of
energy absorption, the thermostat effect and the hydrological cycle 243
Biogeographic regions with important functions for the Earth System 244
Annual rate of forest cover change between 1990 and 1995 252
Distribution of primary forest and forest types 252
The core of the Overexploitation Syndrome 254
Network of interrelations characterizing the Overexploitation Syndrome 256
The Overexploitation Syndrome as an element triggering the Sahel Syndrome
and the Dust Bowl Syndrome 260
Fuzzy logic evaluation tree used to determine the disposition of forest resources
to the Overexploitation Syndrome 263
Global area of disposition for the Overexploitation Syndrome for the example of
forest resources 264
Evaluating forest use for timber extraction without conversion of the forest area
for the example of Brazil 265
Predominant types of the Overexploitation Syndrome by country 266
Measure of the trend overexploitation of biological resources 267
Measure of the trend policy failure with regard to forest resource
conservation 268
Intensity of the Overexploitation Syndrome 269
Composition of the total economic value of biosphere services 287
Council recommendations for global biosphere policy in the context of the CBD
network 343
Council recommendations for global biosphere policy in the context of the CBD
network 380