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Your Current Methods
Are you getting everything you can out of your weather information?
If your organization relies on weather data for decision-making, you may find yourself using generic weather information to estimate potential impacts. However, these general data often don’t connect the dots between weather and informed decision making.
You only have basic weather information – not actionable insights.
Your existing weather data is not tailored to your industry.
You’re forced to make decisions based on incomplete data.
You’re geographically limited – you don’t have access to data in your region of interest.
The Adiabat Method
Adiabat bridges the gap between weather and its impact on organizations with GIS.
With our pioneering multidisciplinary approach, our team of atmospheric data scientists and geospatial engineers creates custom data solutions that integrate weather and geospatial information (GIS) – with weather intelligence from across the globe. The result? Actionable insights that empower smarter, more impactful decisions.
Our Data Sources
Our global data reach is broader and richer than traditional weather channels.
• Global surface observations
• Global & regional forecast models
• Regional weather radar
• Land information system data
• Global & regional historical models
• Remotely sensed observations
Our Data Analysis
We use multidisciplinary models to analyze data & build your proprietary data feeds
• Geospatial Integration (GIS)
• Dynamically downscaling to project-specific spatial and temporal resolutions.
• Modeling atmospheric weather data at scale to create impact-based solutions.
Impact Summaries
Due to the sensitive nature of our project engagements, information from these case studies has been redacted to keep our clients anonymous. For more information about our work, please reach out to our team.
Case Study 001
Global Fruit Damage Tracking
Problem
How can we monitor and forecast global fruit production to anticipate risks and protect the supply chain?
Methodology
Developed a global fruit bloom tracking model tailored to specific fruit varieties. This model provided daily updates on bloom stages worldwide and pinpoints regions at risk of weather-related crop damage.
Outcome
Provided stragetic monthly crop reports and delivered fruit bloom stage and damage risk tracking as an interactive ESRI-based map.
Case Study 002
White Nile Watershed Analysis
Problem
We are concerned about precipitation patterns within the White Nile watersheds to better understand river level behavior.
Methodology
Monthly precipitation normals, totals, and departures were derived from remotely sensed data. Additional statistics were developed over time at the watershed level.
Outcome
A presentation was given directly to the client management team, providing maps, charts, and insights about the potential impacts related to White Nile River levels. Geospatial files were provided to the client's internal analysts via AWS S3.
Case Study 003
Overseas Engineering (IDF)
Problem
We need an Intensity-Duration-Frequency curve for a remote location in El Salvador for an airport engineering project.
Methodology
With no reliable weather stations nearby the site, alternative modeled and remotely sensed precipitation data were integrated across the area of interest and used in the statistical IDF analysis.
Outcome
IDF curve charts were devliered via email directly to engineers on the team. An additional report outlining data, sources, and methodologies were provided via PDF to engineering and project managers.
Case Study 004
The Future of Peaches in the US
Problem
Will we be able to grow the same peach varities in the next 20 years?
Methodology
Dynamically downscaled and analyzed trends historically and for future climate scenarios to assess patterns in chill hour accumulation, growing degree days, and frost/freeze events.
Outcome
Results were delivered in a strategic report and used for long-term planning related to peach variety viability and orchard location adjustments.
Case Study 005
Africa Climate Fragility
Problem
We need to quantify integrated climate impacts across Africa for any given year.
Methodology
Combined USAID methodology and meteorological expertise to capture climate impact ratings for sea level rise, cyclone impacts, drought, floods, temperature extremes, and wildfires. Spanning 500m to 25km spatial resolutions.
Outcome
Comprehensive assessment of climate impacts across Africa were provided for each climate factor and their collective impacts. GeoTiffs of the final risk assessment were provided direct to analyists via secure FTP.
Case Study 006
Trafficability in Afghanistan
Problem
What regions across Afghanistan are at high risk of reduced access due to snow on the ground?
Methodology
Developed a 1km hex grid analysis of snow covered passes/roads accounting for snow accumulation and melt rates.
Outcome
Hex grid analysis metadata and tailored GIS data (.gpkg) delivered to client for support of humanitarian efforts. Ad-hoc reports were provided as requested for additional insights when significant snow events were forecast.
Our Process
Roadmap to better weather insights.
1. Consultation
Our expert meteorologists start by understanding your unique challenges, operational thresholds, and decision-making process to ensure our weather solution align with your needs.
2. Customization
Leveraging out expertise in meteorology and geospatial science, we tailor weather insights specifically to your industry, workflows, and strategic goals – catering to both one-off projects and longer engagements.
3. Delivery & Support
Receive reliable, accurate weather insights seamlessly integrated into your workflows – along with ongoing support and continuous updates as needed.
How we can deliver data to your team:
Easy-to-Read Reports
For teams that don’t need to analyze raw data, we deliver clear, actionable reports tailored to their needs. These reports include visuals and concise summaries, ideal for leadership teams and corporate decision-makers.
Formats: Ready-to-use maps, graphs, images, and reports (PDF, PPT, PNG, JPG, etc.)
Use cases: Perfect for leadership teams to present data in straightforward terms that anyone can understand.
Continuous Data Feeds
We provide data feeds via secure URLs, enabling continuous, real-time access to customized datasets. These feeds integrate seamlessly into your existing systems or workflows.
Formats: Geocentric data (OGC Standards, WMS/WFS map services, GeoServer, and ESRI platform integration), delivered via our cloud-based FTP, GCP, AWS, or Azure storage solutions.
Use Cases: Ideal for incorporating data into existing feeds for your organization or clients.
Raw Data Files
For teams that need full control and customization, we deliver analysis files in any format you require. This can include regular data updates to your specifications as needed.
Formats: GeoTiff, GeoJSON, GeoPackage, KML/KMZ, NetCDF, Zarr, GeoJSON, MAT, Parquet, TXT, DSS-Hydro, ML-ready data formats, and more.
Use Cases: For teams that require flexibility to analyze and manipulate data for their own purposes.
Who we work with
Geospatial Consulting Firms
Commercial & Insurance
Government
Research
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