Scenarios and Requirements Elicitation Process Scenarios and requirements
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Scenarios and Requirements Elicitation Process
Scenarios and requirements elicitation process 4. 5. 6. 7. 1. Research on a thematic area and identify the communities around it; 2. Liaise with the Liaise communities and related initiatives/projects; Analyse user needs; Identify gaps; Define scenarios; Sketch mock-ups; Analyse User 3. Listen to needs and problems. • Review • • 8. Discuss scenarios and mock-ups. 9. Assess users’ interest and satisfaction. 10. Refine scenarios. “GCI for…” workshops GEOSS Portal Virtual Workshops. . .
GCI for CLIMATE
SB - UNMARKED How do we characterize the Earth’s climate? The Essential Climate Variables: • to understand the evolution of climate, • to guide mitigation measures, • to assess risks and enable attribution of climatic events to causes, • to underpin climate services.
SB - UNMARKED The Essential Climate Variable Concept • GCOS ECVs are grouped by measurement domain and area covered. • Observations across all the measurement domains are needed to capture specific phenomena or issues. • The GEOSS Portal or, better, a specific customization of it, can help!
SB - UNMARKED Scenario 1: Basic functions and predefined layers
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable ATMOSPHERE Surface Radiation Budget Snow & Depth, Freeze Earth. Cover Radiation Budget Thaw Margins Surface Temperature Soil Moisture/Temperature Upper Air Temperature Groundwater Surface and Upper Runoff/Streamflow/River Air Wind Speed Discharge Pressure Lightning Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable TERRESTRIAL Albedo Snow & Depth, Freeze Land. Cover Surface Temperature Thaw Margins Latent and Sensible heat fluxes Soil Moisture/Temperature Soil Carbon Groundwater Above-ground biomass Runoff/Streamflow/River Discharge Soil moisture Groundwater Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable OCEAN Ocean Surface Heat Flux Snow Cover &Temperature Depth, Freeze Sea Surface Thaw Margins Subsurface Temperature Soil Moisture/Temperature Surface Currents Groundwater Subsurface Currents Runoff/Streamflow/River Discharge Sea level Sea Ice Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable OCEAN Ocean Surface Heat Flux Snow Cover &Temperature Depth, Freeze Sea Surface Thaw Margins Subsurface Temperature XSoil Moisture/Temperature Surface Currents Groundwater Subsurface Currents Runoff/Streamflow/River Discharge Sea level Sea Ice Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable X OCEAN x Ocean Surface Heat Flux Cover &Temperature Depth, Freeze Sea Surface x. Snow Thaw Margins Subsurface Temperature XSoil Moisture/Temperature X Surface Currents Groundwater x. Runoff/Streamflow/River Subsurface Currents XDischarge Sea level X Sea Ice Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area Climate zones Wetlands Mountains Cold Regions
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area X Climate zones Wetlands Mountains Cold Regions
SB - UNMARKED GCI for Climate Essential Water Variable Analysis focus
SB - UNMARKED Scenario 2: Search based on “Snow & Ice” focus area
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area Energy & Temperature Other Physical Properties Carbon Cycle and other GHGs Hydrosphere Snow & Ice Biosphere Human Use of Natural Resources
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area Energy & Temperature Other Physical Properties Carbon Cycle and other GHGs Hydrosphere x Snow & Ice Biosphere Human Use of Natural Resources
SB - UNMARKED GCI for Climate 5 selected Snow & Ice
SB - UNMARKED GCI for Climate 5 selected Snow & Ice 0% Query in progress
SB - UNMARKED GCI for Climate Resource preview not available Arctic sea ice extent (Organization: UNEP/GRID-Geneva) Interactive graph displaying values of the Arctic sea ice extent. It is automatically updated every day. Changes in glaciers mass (Organization: UNEP/GRID-Geneva) Interactive graph displaying values of the annual as well as Flood Mortality Risk cumulative annual mass balances of 'reference' glaciers. Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad
SB - UNMARKED GCI for Climate X Metadata Since 24 th August 2016 several earthquakes with magnitude higher Show than 5 Raw occurred in the Resources Details centre of Italy involving 4 Regions (Lazio, Umbria, Abruzzo and Marche) and Municipalities. In the morning of extent 18 January 2017 four additional earthquakes occurred in the areas near to Arctic sea ice those already affected, in particularbyon. UNEP/GRID-Geneva southern part of the same territories, in Abruzzo This graph has been developed and displays values of the Arctic Region. The event arrived after exceptional heavy snowfalls, worsening the fragile sea ice extent. It is automatically updated every day and shows a severe decline in the situation. Arctic sea ice extent since the beginning of satellite measurements in 1979. Resource preview not available Arctic sea ice extent (Organization: UNEP/GRID-Geneva) Event Time (UTC): 2017 -01 -18 16: 00 Event Time (LOC): 2017 -01 -18 17: 00 Event Type: Earthquake Activation Time (UTC): 2017 -01 -19 12: 53 Keywords: Interactive graph displaying values of the Arctic sea ice extent. It is Geographic extent automatically updated every day. Changes in glaciers mass (Organization: UNEP/GRID-Geneva) Interactive graph displaying values of the annual as well as Flood Mortality Risk cumulative annual mass balances of 'reference' glaciers. Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad Online Resources 1 -6 of 6 See interactive graph Neretva River Delta X
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SB - UNMARKED GCI for Climate Resource preview not available Arctic sea ice extent (Organization: UNEP/GRID-Geneva) Interactive graph displaying values of the Arctic sea ice extent. It is automatically updated every day. Changes in glaciers mass (Organization: UNEP/GRID-Geneva) Interactive graph displaying values of the annual as well as Flood Mortality Risk cumulative annual mass balances of 'reference' glaciers. Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad
SB - UNMARKED GCI for Climate Metadata Since 24 th August 2016 several earthquakes with magnitude higher Show than 5 Raw occurred in the Resources Details centre of Italy involving 4 Regions (Lazio, Umbria, Abruzzo and Marche) and Municipalities. In the morning of extent 18 January 2017 four additional earthquakes occurred in the areas near to Arctic sea ice those already affected, in particularbyon. UNEP/GRID-Geneva southern part of the same territories, in Abruzzo This graph has been developed and displays values of the Region. The event arrived after exceptional heavy snowfalls, worsening the fragile annual as well as cumulative annual mass balances of 'reference' glaciers since 1957 situation. based on a live data stream from the World Glacier Monitoring Service (WGMS). Resource preview not available Arctic sea ice extent (Organization: UNEP/GRID-Geneva) Event Time (UTC): 2017 -01 -18 16: 00 Event Time (LOC): 2017 -01 -18 17: 00 Event Type: Earthquake Activation Time (UTC): 2017 -01 -19 12: 53 Keywords: Interactive graph displaying values of the Arctic sea ice extent. It is Geographic extent automatically updated every day. Changes in glaciers mass (Organization: UNEP/GRID-Geneva) Interactive graph displaying values of the annual as well as Flood Mortality Risk cumulative annual mass balances of 'reference' glaciers. Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad Online Resources 1 -6 of 6 See interactive graph Neretva River Delta X X
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SB - UNMARKED Scenario 3: User analysis: plotting essential climate variables – (based on the capability of the Eart. H 2 Observe Portal)
SB - UNMARKED GCI for Climate Essential Climate Variable Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable ATMOSPHERE Surface Radiation Budget Snow & Depth, Freeze Earth. Cover Radiation Budget Thaw Margins Surface Temperature Soil Moisture/Temperature Upper Air Temperature Groundwater Surface and Upper Runoff/Streamflow/River Air Wind Speed Discharge Pressure Lightning Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable TERRESTRIAL Albedo Snow & Depth, Freeze Land. Cover Surface Temperature Thaw Margins Latent and Sensible heat fluxes Soil Moisture/Temperature Soil Carbon Groundwater Above-ground biomass Runoff/Streamflow/River Discharge Soil moisture Groundwater Focus Area
SB - UNMARKED GCI for Climate Essential Climate Variable TERRESTRIAL Albedo Snow & Depth, Freeze Land. Cover Surface Temperature Thaw Margins Latent and Sensible heat fluxes Soil Moisture/Temperature Soil Carbon Groundwater Above-ground biomass Runoff/Streamflow/River X Discharge Soil moisture Groundwater Focus Area
SB - UNMARKED GCI for Climate Soil Moisture Focus Area
SB - UNMARKED GCI for Climate Soil Moisture Focus Area 0% Query in progress
SB - UNMARKED GCI for Climate Resource preview not available Surface Soil Moisture (Organization: ECMWF) Surface Soil Moisture – Global – Daily – HTESSEL Model. Surface Soil Moisture (Organization: JRC) Surface Soil Moisture – Global – Daily – LISFLOOD Model Flood Mortality Risk Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad
SB - UNMARKED GCI for Climate Resource preview not available Surface Soil Moisture (Organization: ECMWF) Surface Soil Moisture – Global – Daily – HTESSEL Model. Surface Soil Moisture Resource preview not available Surface Soil Moisture (Organization: JRC) Surface Soil Moisture – Global – Daily – LISFLOOD Model Flood Mortality Risk Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad
SB - UNMARKED GCI for Climate Resource preview not available Surface Soil Moisture (Organization: ECMWF) Surface Soil Moisture – Global – Daily – HTESSEL Model. Surface Soil Moisture Resource preview not available Surface Soil Moisture (Organization: JRC) Surface Soil Moisture – Global – Daily – LISFLOOD Model Flood Mortality Risk Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad X
SB - UNMARKED GCI for Climate Resource preview not available Surface Soil Moisture (Organization: ECMWF) Surface Soil Moisture – Global – Daily – HTESSEL Model. Surface Soil Moisture (Organization: JRC) Surface Soil Moisture – Global – Daily – LISFLOOD Model Flood Mortality Risk Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad
SB - UNMARKED GCI for Climate Resource preview not available Surface Soil Moisture (Organization: ECMWF) Surface Soil Moisture – Global – Daily – HTESSEL Model. Surface Soil Moisture (Organization: JRC) Surface Soil Moisture – Global – Daily – LISFLOOD Model Flood Mortality Risk Lorem ipsum dolor sit amet, consectetur adipisci elit, sed eiusmod tempor incidunt ut labore et dolore magna aliqua. Ut enim ad
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
SB - UNMARKED GCI for Climate
- Requirements elicitation lifecycle
- Questionnaire elicitation techniques
- Requirements elicitation questions example
- Teknik requirement elicitation
- Elicitation techniques
- Prototyping elicitation technique
- Inception in requirement engineering
- Contoh user requirement
- Elicitation meaning
- Push and pull scenarios
- Healthy vs unhealthy friendship scenarios
- Alan cooper persona
- Noise light and litter discipline blc
- Unhealthy relationship scenarios
- Requirements structuring
- Domain requirements in software engineering
- Requirement engineering process
- Initiating the requirements engineering process
- Viewpoint oriented requirements definition
- Workplace etiquette scenarios
- Good hazard scenarios describe where it is happening
- What is a use case scenario
- Examples of problem-solving scenarios
- Scene size-up scenarios
- Personal safety scenarios
- Define refusal skills
- Patient scenarios examples
- Pc hpc pmh dh
- Child abuse scenarios
- Trans
- Win-win examples
- Habit 4 think win win video
- Oecd scenarios for the future of schooling
- Difficult conversations role play
- Cyberbullying scenarios
- Computer ethics case scenarios
- Atls triage scenarios answers 10th edition
- Cna adl coding cheat sheet
- Budget scenarios activity
- The deadly picnic lab who killed mr. brooks answers
- Piecewise functions real life examples
- What would you do scenarios for students
- Challenging behaviour scenarios
- Totaps scenarios
- Deca role play tips
- Deca role plays
- Communication scenarios
- Bystander intervention scenarios
- Aeb ncap
- Quality attributes scenarios
- Dom scenarios
- Pyschology
- Permissive parenting
- Scene plan