Virtual Poster Gallery Theme 1
- To comment on a poster please use the link in the Virtual Poster comment section field and leave your comments/questions via the Google Drive comment function
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- For each poster, a dedicated virtual discussion room will be opend during the virtual poster session of the WMO Data Conference where you can discuss with the author(s) of the virtual poster.
# 1.01
| Title Identification of Building-Climatic Guidelines for Georgia considering Regional Climate Change
| Corresponding author Liana Kartvelishvili
| Click on image to download virtual poster
| Summary (280 characters) Identification of building-climatic norms and rules may be estimated as the project of important social-economical and financial effects. The problem urgency is preconditioned by the fact that the renewal of legal normative base has been taken place in Georgia. By joined action of Georgian government, UNDP (United Nations Development Program), also national and international funds the revision and adjustment with existed legislation of current technical norms and rules is conducting. According existing legislation the above mentioned standards and norms that acted in former USSR have no legal power, and the Georgian analogs don’t exist in many cases. Hence the vacuum has been formed and the preparation of science based acts is necessary - for the creation of new normative base and provision of its adaptation with national legislation. The urgency and novelty of problem is preconditioned by the fact that by the project results complex approach of scientific research will be achieved, identification of building –climatic normative implying climatic variations, where the important role is given to the following: - Specification of significances of existed climatic parameters (because climatic norms are defined up to 1955 year and don’t consider climate change dynamics connected with the increasing of intensity of modern anthropogenic impact on environment); -Complex influence of two and multidimensional climatic factors on building objects; - New building-climatic zoning of Georgia (implying regional peculiarities of the state territory); - Elaboration of safety norms against climate negative impact on the building objects and existing constructions. Project results will be revealed in strengthening of scientific potential Georgian urban developing, particularly – the possibility to use specificated building-climatic norms at any step of projecting.
| Affiliation National Environmental Agency of Georgia | Virtual discussion room Click here to join the meeting | Video Click here to see the video prior to the virtual discussion
| Comment section Click here to leave comments prior to the virtual discussion
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# 1.02
| Title Global Surface Observation Bulletin Integrity Analyze and Format Fault-tolerant Mechanism in CMA
| Corresponding author Yiming Liu
| Click on image to download virtual poster
| Summary (280 characters) Error surface SYNOP reports keep affecting data integrity and correctness greatly. A fault-tolerant mechanism invited and put into operational. After 12 years of continuous efforts, 72.7% of err reports can be decoded, increasing 11.7% of integrity.
| Affiliation National Meteorological Information Center of China Meteorological Administration | Virtual discussion room Click here to join the meeting
| Video Click here to see the video prior to the virtual discussion
| Comment section Click here to leave comments prior to the virtual discussion
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# 1.05
| Title FengYun Meteorological Satellite Data Resources and Service
| Corresponding author Zhe Xu
| Click on image to download virtual poster
| Summary (280 characters) National Satellite Meteorological Center (NSMC) is one of the operational units of China Meteorological Administration, which is the operator of Chinese FengYun (FY) series polar-orbiting and geostationary meteorological satellites. NSMC is tasked to support nation-wide weather forecasts, climate research, and natural disaster monitoring with space-based EO data and derived products. Satellite Data & IT. Support Division of NSMC is responsible to FengYun series and the third party satellite data management, long term preservation and service. NSMC preserves data from Chinese and foreign meteorological satellites since 1983, the daily archive data volume is increasing rapidly at 0.5GB in 1987 and 8000GB in 2019. By the end of 2019, NSMC has stored data volume up to 15PB from 25 satellites. Over the past 12 years, more than 80 thousands users have registered on the Fengyun satellite data service website. More than 5.4 PB satellites’ data has been delivered to domestic and international users in 2019. FengYun Meteorological Satellites data are shared globally in real-time and open to global users for free. NSMC provides several ways for global community to get FengYun series meteorological satellite data. Users in FengYun Satellites direct broadcast service area with appropriate receiving equipment can directly receive real time data. The CMACast users can receive FengYun satellite data and product with DVB-S equipment in near real time. The full FengYun Satellite dataset will be available on NSMC satellite data service website in Chinese and English version, authorized users can search and download FengYun Satellite data after registration.
| Affiliation National Satellite Meteorological Center, China Meteorological Administration
| Virtual discussion room Click here to join the meeting
| Video Not available
| Comment section Click here to leave comments prior to the virtual discussion
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# 1.06
| Title Open data distributed on Amazon’s cloud service
| Corresponding author Roope Tervo
| Click on image to download virtual poster
| Summary (280 characters) Finnish Meteorological Institute has implemented Open Data Portal to provide open meteorological time series and grid data. The portal provides weather observations, weather forecast and oceanographic forecast models data. The data is provided in European Union INSPIRE directive harmonised forms and the portal meets INSPIRE requirements. The Finnish Meteorological Institute is now building up experience of distributing large amounts of data using cloud services. Since 2017, the Hirlam weather forecasting model covering Europe have been provided in Amazon’s cloud services (AWS S3 Bucket). In 2019, global SILAM atmospheric composition and air quality forecast with unprecedented spatial resolution of 0.2 x 0.2 degree and hourly time step were added to the program. It is updated daily and spans over 5 days forwards. During 2020, Finnish Meteorological Institute is planning to add radar data including both archive and real-time radar data to the program. The objective of the data distribution in the cloud is to increase the utility and effective use of weather and climate data. The data is licenced with The Creative Commons Attribution 4.0 International license (CC BY 4.0). That is, the users may freely use, distribute and modify the data presuming that the original producer is attributed. While the service is particularly practical for anyone processing the data in the cloud, AWS Public Dataset program provides a great channel to distribute and consume the data for all users.
| Affiliation Finnish Meteorological Institute
| Virtual discussion room Click here to join the meeting
| Video Click here to see the video prior to the virtual discussion
| Comment section Click here to leave comments prior to the virtual discussion
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# 1.07
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Title Access and harmonization of in-situ data records for the Copernicus Climate Change Service
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Corresponding author Fabio Madonna
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Click on image to download virtual poster
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Summary The Copernicus Climate Change Service (C3S) also aims to facilitate access to observations provided by in-situ networks for temperature, humidity, ozone, wind, water vapour and trace gases. For these ECVs demonstrable Baseline and Reference quality networks are assured.
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Affiliation CNR-IMAA Consiglio Nazionale delle Ricerche - Istituto di Metodologie per l'Analisi Ambientale |
Virtual discussion room Click here to join the meeting |
Video Click here to see the video prior to the virtual discussion
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Comment section Click here to leave comments prior to the virtual discussion
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# 1.09
| Title Observations of the Global Terrestrial Water Resources
| Corresponding author Stephan Dietrich
| Click on image to download virtual poster
| Summary The Global Terrestrial Network - Hydrology (GTN-H) operates under auspices of GCOS and the WMO and provides with its global water data centres long-term quality-approved time series with a focus on in situ obs. Examples are shown for precipitation, river discharge, soil moisture and water quality.
| Affiliation International Centre for Water Resources and Global Change (ICWRGC), Federal Institute of Hydrology (BfG), Koblenz, Germany | Virtual discussion room Click here to join the meeting | Video Not available
| Comment section Click here to leave comments prior to the virtual discussion
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# 1.10
| Title Requirements and approaches for data collection and exchange of atmospheric composion data in WMO
| Corresponding author Joerg Klausen
| Click on image to download virtual poster
| Summary Atmospheric composition data are critical for society
and often contributed from outside the NMHSs. A unified WMO data policy
supporting free and unrestricted, F.A.I.R. data exchange allowing for
attribution of originators by way of licences will increase data provision and
use.
| Affiliation MeteoSwiss | Virtual discussion room Click here to join the meeting
| Video Not available | Comment section Click here to leave comments prior to the virtual discussion
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# 1.11
| Title Climate Data Management in India Meteorological Department; Advances and Future Perspectives
| Corresponding author SUDEEP KUMAR. B.L.
| Click on image to download virtual poster
| Summary Advances in climate data management systems in IMD comprises punch cards in 1945 to web portals in 2019. The modernization in 2019 via implementation of three web portals for reception and supply of data expedited the data reception and data supply.
| Affiliation
India
Meteorological Department, Ministry of Earth Sciences
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| Virtual discussion room Click here to join the meeting
| Video Not available | Comment section Click here to leave comments prior to the virtual discussion
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# 1.12
| Title Meteorological and floating ice observations from ships in the southwestern Atlantic Ocean and western Antarctic: Development of products and services for safety at sea
| Corresponding author Alvaro Scardilli
| Click on image to download virtual poster
| Summary Since the 1950s, the Naval Hydrographic Service of Argentina has compiled marine meteorological and sea ice/icebergs observations from ships in the SW Atlantic Ocean and Antarctica. This paper describes the observation methods, software, composition of the database, quality control, and products developed.
| Affiliation
Servicio de Hidrografía Naval
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| Virtual discussion room Click here to join the meeting
| Video Click here to see the video prior to the virtual discussion | Comment section Click here to leave comments prior to the virtual discussion
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# 1.13
| Title Interdisciplinary mountain observations: data standards and sharing
| Corresponding author James Thornton
| Click on image to download virtual poster
| Summary Analysis of the extent to which data measured at predominantly oriented interdisciplinary observatories, networks of stations, and experimental basins located in global mountain regions are available for free download, examples of good practice, plus recommendations to further ameliorate the situation.
| Affiliation Mountain Research Initiative
| Virtual discussion room Click here to join the meeting
| Video Not available
| Comment section Click here to leave comments prior to the virtual discussion
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# 1.14
| Title Development of the International Data Center for Hydrology of Lakes and Reservoirs
| Corresponding author Valery Vuglinsky
| Click on image to download virtual poster
| Summary HYDROLARE's activities in recent years and its main results are considered, including the collection, analysis, processing and downloading of new data into the database, the development of the technological complex, including the website, and the expansion of information. The results of the development of a methodology for correcting satellite observations of lake water levels using in-situ data in collaboration with the French LEGOS Laboratory are presented. The method was successfully tested on the example of a number of lakes in the North-West of the Russian Federation (Ladoga, Onega, Ilmen, etc.).
| Affiliation State Hydrological institute
| Virtual discussion room Click here to join the meeting (author not available for the discussio)
| Video Not available
| Comment section Click here to leave comments prior to the virtual discussion |
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