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16 CHAPTER 2. ATMOSPHERE AND REMOTE SENSING Funding EUSAAR (EU) NOVAC (EU) MAP (EU) IALSI (EU) TURBAN (DFG) DFG-HALO SCIAMACHY validation (BMBF) CARIBIC Two Ph.D. students are funded through the International Max-Planck Research School on ”Experimental Atmospheric Chemistry”. Cooperation within the institute and with groups outside of the institute Obviously there is close cooperation within the atmospheric groups. National and international cooperation exists with the following groups: Chalmers University, Gothenburg, Sweden (B. Galle) Volcanic observatory Etna, Italy (M. Burton) Max-Planck Institue for Chemistry, Mainz (J. Crowley, T. Wagner) University of Mainz (Heumann) University of Bayreuth (C. Zetzsch) <strong>Institut</strong>e for Physical Chemistry, University of Wuppertal (I. Barnes) Alfred Wegener <strong>Institut</strong>e for Polar Research, Bremerhafen NOAA, Boulder (M. Trainer) University of Cambridge (Oppenheimer) Atmospheric Environment Sevice of Canada, Toronto, CDN (J. Bottenheim) University of California, Los Angeles, USA (J. Stutz) IfM-Geomar, Kiel (D. Wallace) IfT Leipzig (Neuhaus) Future Work will encompass the establishment of a large network of volcanic stations to provide the first comprehensive and quantitative study of volcanic sulfur and halogen emissions (EU-project NOVAC). Also marine halogen chemistry will be studied, particular emphasis will be of iodine-particle formation (Euproject MAP), nonlinear chemistry, and emission ”hot spots”. Spectroscopic studies of atmospheric particles will be performed within a large long-term intercomparison exercise (EU-projcet ICARTT). Instrument development will be continued, a particular topic being preparation for the new German research aircraft HALO. Peer Reviewed Publications 1. Allen et al. [2006] 2. Bobrowski et al. [2006a] 3. Bobrowski et al. [2006c] 4. Bruns et al. [2006] 5. Kern et al. [2006] 6. Frießet al. [2006] 7. Frins et al. [2006] 8. Hartl et al. [2006] 9. Leigh et al. [2006] 10. Mettendorf et al. [2006] 11. Wang et al. [2006] 12. Oppenheimer et al. [2006]
2.1. TROPOSPHERIC RESEARCH GROUP 17 Other Publications 1. Barkly et al. [2006] 2. Bobrowski & Platt [2006] 3. Bobrowski et al. [2006b] 4. Frieler et al. [2006] 5. Frieß& Platt [2006b] 6. Frieß& Platt [2006a] 7. Lee et al. [2006] 8. Louban et al. [2006] 9. Platt et al. [2006] 10. Sebastian et al. [2006] 11. Sinreich et al. [2006] 12. Simpson et al. [2006] 13. Stutz et al. [2006] 14. Xie et al. [2006] Diploma Theses 1. Stein [2006] PhD Theses 1. Bossmeyee [2006] 2. Hak [2006]
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2.6. CARBON CYCLE GROUP 83 • Radi
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2.6. CARBON CYCLE GROUP 85 2.6.2 In
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2.6. CARBON CYCLE GROUP 87 2.6.4 In
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2.6. CARBON CYCLE GROUP 89 Referenc
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Overview We study the whole range o
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3.1. SOIL PHYSICS 95 Main methods M
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3.1. SOIL PHYSICS 97 3.1.1 Unstable
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3.1. SOIL PHYSICS 99 3.1.3 Physical
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3.1. SOIL PHYSICS 101 3.1.5 Install
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3.1. SOIL PHYSICS 103 3.1.7 Simulat
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3.2. ICE AND CLIMATE 105 3.2 Ice an
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3.2. ICE AND CLIMATE 107 Funding
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3.2. ICE AND CLIMATE 109 3.2.2 Clim
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3.2. ICE AND CLIMATE 111 3.2.4 Prog
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3.2. ICE AND CLIMATE 113 Weller, R.
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Overview Werner Aeschbach-Hertig Su
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4.1. GROUNDWATER AND PALEOCLIMATE 1
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134 CHAPTER 4. AQUATIC SYSTEMS 4.2.
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Small-Scale Air-Sea Interaction 5.1
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140 CHAPTER 5. SMALL-SCALE AIR-SEA
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Bibliography 177
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180 CHAPTER 7. BIBLIOGRAPHY Butz, A
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182 CHAPTER 7. BIBLIOGRAPHY Leigh,
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184 CHAPTER 7. BIBLIOGRAPHY Wang, P
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186 CHAPTER 7. BIBLIOGRAPHY Kühl,
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7.3. PHD THESES 189 PhD Theses Boss
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7.5. INVITED TALKS 193 Invited Talk
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