TROPOS - Leibniz Institute for Tropospheric Research

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  • Institute
    • About us
      • The Institute
      • Employees
      • Facts and figures, certificates
      • 25 years of worldwide research
      • Cooperation and memberships
      • Contact / How to reach us
    • Research Profile
      • Task and mission
      • Governing topics and governing questions
      • Scientific goals
    • Departments
      • Experimental Aerosol and Cloud Microphysics
        • Tropospheric Aerosols Workgroup
          • Process studies of direct and indirect radiative forcing
          • Spatial and temporal trends of tropospheric aerosols
          • Ultrafine particles and air quality
          • Centre of competence for physical aerosol characterisation
        • Cloud Workgroup
          • Laboratory and field examinations of liquid clouds
          • Laboratory and field examinations of mixed-phase and ice clouds
      • Remote Sensing of Atmospheric Processes
        • Ground-based remote sensing
          • Aerosol properties
          • Aerosol-Cloud-Interaction
          • Development of Methodologies and Devices
          • Cloudnet Training School, 27.-31.03.2017
          • Cyprus Clouds Aerosol and Rain Experiment (CyCARE)
          • Central Asian DUst Conference (CADUC), 8 - 12 April 2019
            • Logistics of Central Asian DUst Conference (CADUC)
        • Satellite Remote Sensing
          • Spatio-temporal Characterization of Clouds, Aerosols and Radiation
          • Development of new, innovative retrieval algorithms
          • Small-scale Variability of Clouds
      • Modeling of Atmospheric Processes
        • Transport processes
          • Transport of Saharan Dust
          • Air Quality
          • Dust sources
        • Multiphase processes
          • Modelling of Cloud Microphysics
          • Modelling of Multiphase Chemical Processes
          • Particle Formation in the Planetary Boundary Layer
        • Numerical methods
          • Time Integration Techniques
          • Numerics of Weather Forecasts
          • Model Coupling and Parallelization
      • Atmospheric Chemistry
        • Field experiments
          • Chemical aerosol characterization and process studies
          • Cloud and precipitation chemistry and process studies
          • Development & application of new instruments for atmosphere-chemical field measurements especially at the research station Melpitz
          • Emissions, gas phase analysis & process studies
        • Lab experiments
          • Aerosol chamber experiments
          • Laboratory experiments on tropospheric multiphase processes
        • Multiphase Modeling
          • Multiphase Modelling
    • Career
      • Vacancies
      • Equal opportunities
      • Promotion of young researchers
    • Organisation of the Institute
      • Internal bodies
      • External Boards
  • Research
    • Atmospheric Aerosols
      • Process studies on small spatial and temporal scales
        • Natural and anthropogenic aerosol sources (primary aerosol)
          • Natural mineral dust sources
            • Characterization of metals in dust aerosols
          • Marine aerosols
            • Overview
            • The marine aerosol – chemical characterization of the marine aerosol particles
            • Modelling the tropospheric halogen chemistry
          • Combustion aerosols (biomass burning)
            • Aerosol chamber experiments
        • Secondary aerosol formation
          • New particle formation (nucleation)
            • Overview
            • Laboratory investigations on particle formation and early growth
            • Particle Nucleation: Field experiments
          • Biogenic and anthropogenic secondary Aerosol
            • Overview
            • Aerosol chamber experiments
            • Field studies on interactions between marine aerosols and Sahara dust
          • Cloud-induced aerosol formation
        • Aerosol-Radiation-Interaction
          • Vertical Material and Radiation Budget
            • Overview
            • Derivation of aerosol properties from multi-wavelength-lidar measurements
            • Determination of Aerosol Properties from combined Lidar-Sunphotometer-Measurements
            • Influence of aerosol layers on the radiation budget
          • Hygroscopic Properties of atmospheric Aerosol
            • Measurement of optical Aerosol Properties and High Humidity Conditions
          • Impact of aerosols on atmospheric dynamics
      • Long-term trends and process analysis
        • Long-term studies of global relevance
          • Aircraft-Borne Measurements in the Free Troposphere: IAGOS-CARIBIC
          • Aerosol climatology of the atmosphere
            • Overview
            • Source determination of lofted aerosol layers with trajectory and particle transport calculations
            • Lidar measurements within PollyNet of the aersol distributions in climatological key-regions
            • Validation of Satellite-Lidar-Measurements
          • Boundary layer aerosols worldwide
          • Ship measurements of marine aerosols
          • Identification of dust sources using satellite data
          • Long-term observation of aerosol at CVAO (Cape Verde Atmospheric Observatory)
        • Long-term studies of regional importance and air quality
          • Regional Research Station Melpitz
            • Overview
            • TROPOS Research Station Melpitz
            • Characterisation of physical aerosol properties
            • Chemical Characterization of Particles
          • GUAN - a network to measure ultrafine particles
          • Are Low Emission Zones (LEZs) helpful for air quality?
          • UFIREG
          • Modeling of regional and urban air quality
    • Aerosol-Cloud Interaction
      • Process Studies on Small Spatial and Temporal Scales
        • Aerosol and clouds - microphysical interactions
          • Laboratory experiments concerning immersion freezing
          • Laboratory experiments concerning ice-particle growth
          • Atmospheric concentrations of ice nucleating particles (INP)
          • Characterization of ice particle residuals in atmospheric clouds
          • Remote sensing of heterogeneous ice formation
            • Detection of Water Drops and Ice Crytals in natural Clouds with Lidar and Radar
          • Laboratory studies on hygroscopic growth and droplet activation for laminar and turbulent conditions
          • Cloud condensation nuclei: activation of ambient particles
          • Characterization of drop residuals in atmospheric clouds
          • Aerosol/cloud-Interaction with ACTOS
          • Measurement of cloud microphysical properties with lidar
          • Radiation Budget
          • Laboratory studies on secondary ice production
          • Aerosol-Cloud-Interaction modeling
        • Dynamics, turbulence and their influence on cloud processes
          • In-situ measurements of cloud turbulence
          • The effect of vertical winds on cloud microphysics
          • Microphysics in a Turbulent Channel
          • LES cloud modeling
          • Island effects
          • Dynamic Cloud Development
        • Chemical multiphase processes
          • Laboratory experiments on tropospheric multiphase processes
            • Overview
            • Criegee intermediates
            • Flow reactors
            • Free-jet flow system
            • Knudsen cell
            • Non-radical kinetics
            • OH radical / ozonolysis reactions
            • Photochemistry
            • Product studies
            • Radical kinetics
            • Project GrimePaSS
            • Project PARAMOUNT
            • Project PhotoPAQ
            • Project PHOTOSOA
          • Multiphase chemistry modelling
          • Field investigations on chemical aerosol cloud interactions
      • Long-term Analysis of Processes and Trends
        • Synergistic application of ground-based and satellite remote sensing
          • Retrieval of physical cloud properties
        • Spatio-temporal Trends in Aerosol-Cloud Interaction
          • Cloud-relevant aerosol properties
            • Determination of the aerosol-indirect effect with lidar measurements
          • Aerosol-induced cloud properties
            • Overview
            • Observation of the effects of temperature and aerosol type on heterogeneous freezing in the atmosphere
            • Investigation of the indirect aerosol effect
            • Radiation Budget of cloudy Atmosphere
    • Projects, Infrastructures & Technology
      • Joint Research Projects
        • MOSAiC
        • Arctic Amplification TR 172
        • HD(CP)2
        • INUIT
        • CARRIBA
        • SALTRACE
        • CLOUD
        • SAMUM
        • BACCHUS
        • HALO
        • CADEX
      • Coordinated Observations and Networks
        • ACTRIS
        • Aeronet
        • Cloudnet
        • EARLINET
        • EUROCHAMP 2020
        • World Calibration Centre for Aerosol Physics (WCCAP)
        • GUAN - A measurement network for ultrafine particles
        • LACROS
        • Oceanet
        • PollyNet
        • TROPOS Research site Melpitz
      • Technology at TROPOS
        • Aerosol Research Facilities
          • Aerosol chamber experiments
          • Leipzig Biomass Burning Facility
          • LACIS
          • LACIS-T
          • Free-jet flow system
          • Photoreactors
          • Knudsen cell
          • Aqueous-phase laboratory
        • Physical Instruments
          • ACTOS
          • Counterflow Virtual Impactor (CVI)
          • CCNC
          • The Hygroscopic Tandem DMA (H-TDMA and HH-TDMA)
          • Off-line INP measurements
          • The Mobility Particle Size Spectrometer
        • Remote Sensing
          • Satellite data processing
          • Lidar
          • Raman Lidar
          • Polarization lidar
          • HSRL
          • Dual-field-of-view lidar
          • Cloud Radar
          • Sun Photometry
          • Microwave radiometry
          • Ceilometer
          • Radiosounding
          • Radiation Measurement Station / BSRN
          • Spectral extinction measurements
          • Own developments
        • Chemical Analytics
          • Overview
          • Online Instrumentation
          • Aerosol mass spectrometry techniques
          • Offline Instrumentation
          • Total Reflection X-ray Fluorescence (TXRF)
        • Numerical modeling
          • COSMO-MUSCAT
          • ASAM
          • SPECS
          • SPACCIM
        • Quality assurance of aerosol measurements
          • Quality assurance
          • AEROMET
        • IT
        • Algorithm Development
          • Inversion of aerosol-microphysical properties from lidar data
          • Studies for future satellite missions
      • Transfer
        • Transfer of Knowledge: WTimpact
  • Teaching
    • Study
      • Lecture timetable winter term 2017/18
      • Topics of master and bachelor thesis
    • Doctorate
      • Leipzig Graduate School
      • Conferences / schools
      • Doctoral seminar
  • Discover
    • Our research in pictures
      • Field experiments
      • Laboratory investigations
      • Modeling
      • Satellite remote sensing
    • Atmospheric measurement data
      • Meteorological station
      • Lidar and cloud radar
      • Webcam
    • Galeries
      • Day of German Unity
      • Girls' Day 2017
      • 25 years Leibniz in Saxony
      • Opening of "LACIS-T"
  • Current Issues
    • Our Publications and reports
      • Publications
      • Reports
    • Press releases
      • Short news
        • 23 Jan 2019: ACTRIS is developing towards becoming an ERIC
        • Wildfires bring climate’s dark forcings to the stratosphere
        • TROPOS expert again appointed in Shanghai
        • Cloud in a Box: Mixing Aerosols and Turbulence
        • "Nature" ranking recognizes Fudan University as "rising star"
        • SESAC-2 2015
      • Statements
        • Diesel Statement
        • Kommentar zu "Wie Wolken entstehen"
        • DKK: Klimaforscher stellen Fakten zum Klimawandel klar
    • Campaigns
      • Blogs and reports
        • Melpitz4MOSAiC 2019
        • Azores2017
        • Cyprus Clouds Aerosol and Rain Experiment (CyCARE)
        • CARE-2017 (Rome)
        • Indoor Outdoor Analyse
        • Polarstern cruise PS102 2016
        • CADEX 2014-2016
          • Kick-off Meeting in Tadjikistan October 2014
          • Packing, installation and putting into operation
          • Workshop in Leipzig in August 2015
          • Travelling to Tajikistan for maintenance in September 2015
        • Melpitz Column 2015
        • MACE 2015
          • April, 11-15
          • April, 18.-24.
          • April, 25-31
          • June, 01-07
        • BELATMOS 2014/2015
        • F-BEACh 2014, Waldstein (July 2014)
        • UAV-Soot 2014
        • ACRIDICON-CHUVA 2014
        • IOPRAO 2014
        • CHARADMExp campaign
        • Polarstern expedition 2014
        • SALTRACE 2013/2014
        • HD(CP)2 HOPE 2013
    • Events and lectures
      • UN Climate Conference 2018 COP24
      • DECHEMA-Sonderkolloquium Diesel
    • TROPOS in the media
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Leibniz-Institut für
Troposphärenforschung e.V. (TROPOS)
Permoserstraße 15
04318 Leipzig

Phone: ++49 (341) 2717 7060
Fax: ++49 (341) 2717 99 7060

Follow us on Twitter:
@TROPOS_de

Zertifikat seit 2011 - audit berufundfamilie

The Leibniz Institute for Tropospheric Research is a member of the Leibniz Association.

© 2019 Leibniz Institute for Tropospheric Research. All rights reserved.

Tropospheric Research
  • Institute
  • Research
  • Teaching
  • Discover
  • Current Issues

About us

  • The Institute
  • Employees
  • Facts and figures, certificates
  • 25 years of worldwide research
  • Cooperation and memberships
  • Contact / How to reach us

Research Profile

  • Task and mission
  • Governing topics and governing questions
  • Scientific goals

Departments

  • Experimental Aerosol and Cloud Microphysics
  • Remote Sensing of Atmospheric Processes
  • Modeling of Atmospheric Processes
  • Atmospheric Chemistry

Career

  • Vacancies
  • Equal opportunities
  • Promotion of young researchers

Organisation of the Institute

  • Internal bodies
  • External Boards

Atmospheric Aerosols

  • Process studies on small spatial and temporal scales
  • Long-term trends and process analysis

Aerosol-Cloud Interaction

  • Process Studies on Small Spatial and Temporal Scales
  • Long-term Analysis of Processes and Trends

Projects, Infrastructures & Technology

  • Joint Research Projects
  • Coordinated Observations and Networks
  • Technology at TROPOS
  • Transfer

Study

  • Lecture timetable winter term 2017/18
  • Topics of master and bachelor thesis

Doctorate

  • Leipzig Graduate School
  • Conferences / schools
  • Doctoral seminar

Our research in pictures

  • Field experiments
  • Laboratory investigations
  • Modeling
  • Satellite remote sensing

Atmospheric measurement data

  • Meteorological station
  • Lidar and cloud radar
  • Webcam

Galeries

  • Day of German Unity
  • Girls' Day 2017
  • 25 years Leibniz in Saxony
  • Opening of "LACIS-T"

Our Publications and reports

  • Publications
  • Reports

Press releases

  • Short news
  • Statements

Campaigns

  • Blogs and reports

Events and lectures

  • UN Climate Conference 2018 COP24
  • DECHEMA-Sonderkolloquium Diesel

TROPOS in the media

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