= [=#subproj]MOSAIK: Projects =
The MOSAIK project consists of 14 work packages (WP, subprojects) and the coordinating work package [[wiki:project/subproj/wpc|WP-C]].

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[[Image(UCM_workflow.png, 400px, right, margin-right=2, margin-top=0, border=2)]]\\
Work flow within MOSAIK
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== Model development (M-projects) ==
The M-projects cover the urban climate model core development based on the existing large-eddy simulation model core [[https://palm.muk.uni-hannover.de|PALM]], which has been developed at Leibniz Universität Hannover. The model development work packages aim at adding missing components to PALM in order to build a full urban climate model. These works include a RANS turbulence parameterization, several nesting options and an energy balance solver for urban surfaces. Furthermore, urban chemistry and indoor climate will be incorporated in the new model.

|| '''Work package''' || '''Title''' || '''Institution''' || 
|| [[wiki:project/subproj/wpm1|WP-M1]] || Implementation and validation of turbulence parameterizations  || Leibniz Universität Hannover
|| [[wiki:project/subproj/wpm2|WP-M2]] || Large- and micro-scale nesting                                 || Leibniz Universität Hannover
|| [[wiki:project/subproj/wpm3|WP-M3]] || Benchmarking and internal validation                           || Leibniz Universität Hannover
|| [[wiki:project/subproj/wpm4|WP-M4]] || Surface energy budget                                          || Leibniz Universität Hannover
|| [[wiki:project/subproj/wpm5|WP-M5]] || Urban radiation and building parameterization                  || Humboldt-Universität zu Berlin
|| [[wiki:project/subproj/wpm6|WP-M6]] || Indoor climate and energy demand                               || Hochschule Offenburg
|| [[wiki:project/subproj/wpm7|WP-M7]] || Urban chemistry and air pollution                              || Karlsruhe Institue of Technology, Freie Universität Berlin
Click on the work packages for a detailed description.

== Input data and data management (D-projects) ==
The D-projects are responsible for data acquisition for selected "democities" and simulation periods in order to allow for an independent validation of PALM-4U within [[http://uc2-3do.org|Module B: 3DO]] of the BMBF funding framework. Moreover, the D-projects will be responsible for an adequate data processing and management for the MOSAIK partners.

|| '''Work package''' || '''Title''' || '''Institution''' || 
|| [[wiki:project/subproj/wpd1|WP-D1]] || Processing and preparation of surface data                     || German Aerospace Center (DLR)
|| [[wiki:project/subproj/wpd2|WP-D2]] || Data management and user interface                         || GEO-NET Umweltconsulting GmbH
|| [[wiki:project/subproj/wpd3|WP-D3]] || User-friendly software package to customize output from meso-scale models for forcing PALM-4U, and application studies || German Meteorological Service (DWD)
|| [[wiki:project/subproj/wpd4|WP-D4]] || Urban soil water content                                       || Ingenieurgesellschaft Prof. Dr. Sieker mbH
Click on the work packages for a detailed description.

== Advanced urban planning (P-projects) ==
In order to provide new innovative techniques and output products for end users, such as urban planners, the P-projects will develop standard biometeorological analysis products (e.g. thermal comfort/stress, UV and pollutant exposure) based on a new multi-agent based system which allows to incorporate socio-economic data into the modeling system.

|| '''Work package''' || '''Title''' || '''Institution''' || 
|| [[wiki:project/subproj/wpp1|WP-P1]] || A multi-agent model for urban residents                        || Leibniz Universität Hannover
|| [[wiki:project/subproj/wpp2|WP-P2]] || Evaluation of human thermal comfort/stress and planning adaptation possibilities in urban areas || German Meteorological Service (DWD)
|| [[wiki:project/subproj/wpp3|WP-P3]] || Actinic complex for the calculation of the biologically weighted UV exposure of humans || Leibniz Universität Hannover
Click on the work packages for a detailed description.