xx
7 Conclusions
256
References
257
Temperature and Precipitation Variability and Trends in Northern Spain
in the Context of the Iberian Peninsula Climate
M.1. Esteban-Parra, D. Pow-Vazquez, F.S. Rodrigo, Y. Castro-Dfez
259
Abstract
259
I Introduction
259
2 Data
260
3 Method
261
4 Temperature Analysis
262
4.1 EOF Patterns
262
4.2 PCA Series
263
4.3 Trends and Abrupt Changes
267
4.4 Discussion of Temperature Results
267
5 Precipitation Analysis
271
5.1 EOFPatterns
271
5.2 Principal Trends and Abrupt Changes
273
5.3 Discussion of Precipitation Results
273
References
275
Thermal Land-surface Variables From METEOSAT-IR Data
F. Gottsche, F.-S. Olesen
Abstract
1 Neural Network Versus Modtran
1.1 Principal Considerations
1.2 The Radiative Transfer Model Modtran-3
1.3 Feed-forward Neural Networks
1.4 Design and Training of Neural Networks
1.5 Training and Validation Data for Atmospheric Correction
1.6 Verification of the Trained Neural Network
2 Thermal Surface Parameters
2.1 The Data Basis
2.2 Modelling of Diurnal Temperature Cycles
2.3 Maximum and Median Composites
3 Conclusions and Outlook
References
Chapter 6
Variability of the Mediterranean Sea
Recent and Expected Future Changes in the Hydrography, Ecology,
and Circulation of the Eastern Mediterranean
w. Roether, B. Klein
References
277
277
278
278
279
279
280
281
283
284
284
284
287
290
292
293
295
297
7 Conclusions
256
References
257
Temperature and Precipitation Variability and Trends in Northern Spain
in the Context of the Iberian Peninsula Climate
M.1. Esteban-Parra, D. Pow-Vazquez, F.S. Rodrigo, Y. Castro-Dfez
259
Abstract
259
I Introduction
259
2 Data
260
3 Method
261
4 Temperature Analysis
262
4.1 EOF Patterns
262
4.2 PCA Series
263
4.3 Trends and Abrupt Changes
267
4.4 Discussion of Temperature Results
267
5 Precipitation Analysis
271
5.1 EOFPatterns
271
5.2 Principal Trends and Abrupt Changes
273
5.3 Discussion of Precipitation Results
273
References
275
Thermal Land-surface Variables From METEOSAT-IR Data
F. Gottsche, F.-S. Olesen
Abstract
1 Neural Network Versus Modtran
1.1 Principal Considerations
1.2 The Radiative Transfer Model Modtran-3
1.3 Feed-forward Neural Networks
1.4 Design and Training of Neural Networks
1.5 Training and Validation Data for Atmospheric Correction
1.6 Verification of the Trained Neural Network
2 Thermal Surface Parameters
2.1 The Data Basis
2.2 Modelling of Diurnal Temperature Cycles
2.3 Maximum and Median Composites
3 Conclusions and Outlook
References
Chapter 6
Variability of the Mediterranean Sea
Recent and Expected Future Changes in the Hydrography, Ecology,
and Circulation of the Eastern Mediterranean
w. Roether, B. Klein
References
277
277
278
278
279
279
280
281
283
284
284
284
287
290
292
293
295
297
