NIERSC St.Petersburg

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1 NIERSC St.Petersburg Role: a non-profit international research institute for environmental and climate research Founders: ALTARUM Institute (Ann Arbor, MI, USA), Bergen University (Norway), Max- Plank-Society (Munich, Germany), Nansen Environmental & Remote Sensing Center (Bergen, Norway), Northern Water Problems Institute RAS (Petrozavodsk, Russia), St. Petersburg State University (Russia), Scientific Research Center of Ecological Safety RAS (St. Petersburg, Russia) Scientific Interests: Ocean, Land, Atmosphere, Ecosystem studies Data User Requirements and available Data: Data Providers: ESA ( France) Tromsoe (Norway), Data from Satellites: ERS-1/2, Radarsat, Resours, SeaWIFS images Databases: database from NASDA ( Japan), self-developed Marine Information System ( MIS), Geography: Polar regions, Kara Sea basin, White sea, North-Western Russia (Ladoga, Onega lakes, Gulf of Finland) Connections with other agencies: ESA ( France), Rosaviakosmos( Moscow), Satellite Station ( Tromsoe, Norway), National Space Development Agency of Japan ( NASDA)

2 NTsOMZ Moscow Role: receiving, processing, archiving and distributing of Russian and foreign satellite data General Structure: NTsOMZ is a branch of federal state enterprise Space Observation Center ( Rosaviakosmos) has following departments: acquisition and registration of satellite data technologies of the receiving and processing of high-quality Earth remote sensing data archiving, marketing and user interaction development of the technologies for planning, receiving, storage and distribution of the super high resolution Earth observation data methods and tools for recept and processing of the Earth remote sensing data and of thematic data processing Scientific Interests: R&D air-space techniques and facilities for Earth RS Creation and maintaining of the satellite data archives and catalogues R&D of inspection methods and monitoring of spacecraft instrumental payload information and data quality Advancement and upgrading of on-ground facilities Participating in national and international thematic projects on natural resources studies, Land Cover Change, Environmental Stress monitoring, Vegetation monitoring, ecological monitoring, ocean research. Users and Customers: Ministry of Natural Resourses, Ministry of Emergency; Ministry of Fishery; Ministry of Agriculture; Russian Academy of Science ( RAS); Ministry of Education ( Universities and Research Centres) Functions as Data Supplying and Archiving Institution: Meteor 3M, instrument MSU-E NOAA, instrument AVHRR TERRA, instrument MODIS ERS-2,instrument SAR Planned Satelite launching: Resurs-DK, Sich-1M, Monitor-E. Connections with other Agencies: ESA, Space Agencies of France, Germany, Italy, USA, China

3 IAO TOMSK, Western Siberia Role: scientific centre for fundamental and applied Atmospheric research General Structure: Department of optical diagnosis of Environment; Department for studies of the optic waves propagation Department of Atmospheric spectrometry Scientific Interests: lay in the field of exploration of optical radiation propagation in Earth Atmosphere and in Atmosphere of other planets; Atmospheric spectrometry; opto-electronic technologies for Environmental research. Unique Equipment: Siberian lidar station to sound atmosphere in 6 laser wavebands Mobile lidars to sound aerosols, including ship lidars to explore the interaction of the atmosphere and water surface Small and big aerosol chambers to explore the propagation of the laser radiation in aerosol formations Laser spectrometers with high resolution and sensitivity Aeroplane-laboratory with remote sensing facilities for atmosphere research and ecological monitoring Available Datasets: Regional database of the climate models for molecular atmosphere Database of ozone concentration in the atmosphere Different datasets on chemical reactions in atmosphere ( Different datasets of the air quality in cities of Russian Federation Connections with other agencies: Russian Federal Service for Hydrometeorology ( Roshydromet); Ministry of Natural Resources

4 ISZF Irkutsk, South-West Siberia Role: Scientific centre for Earth research,solar physics and solar terrestrial relationships, space weather monitoring and forecast, research on Environmental Remote Sensing Scientific Interests: Research on low atmosphere; Development forest fire algorithms from satellite information and application it s to production; Research on post-fire events to map burned areas and calculate green gases amount; Research on lake Baikal using satellite data; Data User Requirements and available Data: Data from Satellites: NOAA satellites; instruments AVHRR, TOVS; EOS satellite; instrument MODIS, ASTER; Geography: Siberia, lake Baikal, other areas of Russia

5 ISZF Irkutsk, South-West Siberia Databases: Remote Sensing Centre of ISZF has NOAA telemetry database in 1km spatial resolution still 1995 year on Eastern Siberia; Hot spots database still 1994 until 2003 years on Local region and Eastern Siberia; Remote Sensing Centre of ISZF is implementing the program of producing average vegetation maps ( using NDVI), land surface temperature maps ( LST) and sea surface temperature maps ( SST); Land cover is produced from high resolution satellite data; Connections with other agencies: Space Research Inst. ( Moscow), Int. Forest Inst. ( Moscow), Forest Inst. ( Krasnoyarsk), Inst. Atmospheric Optics ( Tomsk), GIS center (Novosibirsk), Limnological Inst. ( Irkutsk), Hokkaido & Tokyo University's (Japan), Maryland University (USA). Users and Customers: Ministry of Natural Resources including: General department of Forestry, Forest management enterprises, air forest protection services; Ministry of Agriculture including:regional department of Agriculture (Irkutsk);

6 ISZF Irkutsk, South-West Siberia Departments Solar physics and solar-terrestrial relationships, Space weather monitoring The radio wave propagation The interplanetary medium and the Earth's magnetosphere and electromagnetic field Remote sensing center Earth's atmosphere Physics of Low atmosphere laboratory The archive of NOAA satellite telemetry Forest fires monitoring; Hot spots database Vegetation monitoring; NDVI mapping SST monitoring; of lake Baikal Land cover and land use monitoring;

7 Novosibirsk Regional Center of GI Tecnologies for SB RAS (NRCGIT) Novosibirsk GIS Center is a diverse team of high-skilled professionals providing GIS-related software technologies and products and design programming. A very important part of our activicy is looking for up-to- date technological decisions in various areas of earth sciences, environmental research and promotion of GIS production to companies dealing with the use and control over natural resources. Since 1995 GIS Center has grown three times in personnel and got great experience in technology & software development. Besides providing software development services GIS Center carries out scientific activity due to which many scientific papers have been published in leading geoscience journals. About a third of the staff holds PhD degrees in earth science, mathematics and computing. High-qualified researchers and software engineers have been working in related areas for more than 10 years. The members of our team have a great possibility to gain necessary experience. Successful collaboration with our partners in Russia and abroad is based on mutual benefits and profitable partnership policy.

8 Main Activity Directions ICT SB RAS Spatial Data Compression Thematic and Thematic and technological technological support support Institute of Geology for SB RAS Institute of Geophysics for SB RAS Integration Integration Projects Projects participance participance Digital Cartography & Thematic GIS Institute of Oil & Gas for SB RAS 3D Modelling ICMMG SB RAS Kemerovo Scientific Center for SB RAS WS-RSCenter FSU IWEP SB RAS Technology Technology Adaptation Adaptation Manufacturing Manufacturing application application Multi- Multidisciplinary disciplinary Projects Projects NRCGIT SB RAS Geoinformation Geoinformation Technologies Technologies 1994 DataEast LLC CGIT UIGGM SB RAS Earth Earth Sciences Sciences Education Center Education & Education & Consulting Consulting Research Research Research & PhD Research & PhD Fellowships Fellowships Analytical Center for SB RAS Scientific Library for SB RAS Operational Monitoring UB DLR Software Software Development Development ESRI Consulting Consulting Lecture & Training Lecture & Training Courses Courses NSU SSGGA VUB Books & User Guides Distributed DBMS CTCTI SB RAS MRAC/KMMA INTERNET INTRANET Software Applications Training Courses Interactive Educational Systems

9 The main results & Applications (I) GI TECHNOLOGIES AND INTERACTIVE EDUCATIONAL SYSTEMS AT NOVOSIBIRSK STATE UNIVERSITY AND UIGGM SB RAS

10 INTERNET APPLICATIONS & DISTRIBUTED DATABASE DEVELOPMENT (Gas Hydrate Database) The main results & Applications (II) The Gas Hydrate Database is aimed at providing a network for the exchange and the collection of data concerning gas hydrates and their environmental and economic aspects, and at assembling the data in a factual database dealing with all major aspects of gas hydrates

11 The main results & Applications (III) APPLIED RS & GIS PROJECTS (Operative Forest Fires Monitoring of Novosibirsk Region) In early 1997 the Novosibirsk Regional Center of Geoinformation Technologies SB RAS (NRCGIT SB RAS) and the West Siberian Center for Remote Sensing Data Reception and Processing (West Sib RCPOD) initiated the creation of a complex regional information system for forest wildfire operative control and monitoring. The system is functioning since 1998

12 SOFTWARE & TECHNOLOGY DEVELOPMENT The main results & Applications (IV) ArcIMS server is a new generation of map services designed to provide users with map publishing tool and Internet based GIS. XTools 3.1, Business Analyst, jmapper, and many more "WaveTrack" software specially designed for seismological data automation and preprocessing HEAT2000 is a large distributed software and hardware system for monitoring and controlling processes of heat transfer via city pipe system. DE karta allows store compressed 3D elevation data and access to them (by layers and/or by fragments). The compression ratio varies from 1:60 to 1:120 relatively to the size of original 32- bit gridded DEM.

13 THEMATIC RESEARCH & INTERNATIONAL PROJECTS The main results & Applications (V) Late Pleistocene and Holocene environmental changes recorded in the terrestrial sediments and landforms of Eastern Siberia and Northern Mongolia. Sergey K. Krivonogov

14 URIIT, Khanty-Mansyisk Role: the remote sensing data processing, geographical information systems,, large volume archive management, thematic mapping and developing the systems of remote access to geographical information systems; Founder the Government of Khanty-Mansyisk autonomous region Scientific Interests: receiving and processing of Russian and foreign satellite data basic and applied research for oil and gas industry development of remote sensing and GIS technologies for environment and ecology monitoring Unique Equipment: Receiving ground stations with dish diameters: 9 meters, 3.7 meters, 1.6 meters Powerful supercomputer Sun Fire Geoinformation systems software Information resources of URIIT in the area of spatial data: Vector maps in ESRI and MapInfo formats Databases of images by Resurs F (МК-4), Resurs O (MSU-E), Landsat and TERRA (ASTER) 500 Gb Functions as Data Supplying Institution (2004): Meteor 3M, instrument MSU-E NOAA, instrument AVHRR TERRA, instrument MODIS ERS-2,instrument SAR Resurs DK with 1 meter spatial resolution Connections with other Agencies: ESA, RosaviakosmosSpace, Siberian Branch of Russian Academy of Science