Explore TARL's forecasting and prediction program.
TARL Atmosphere Prediction Model.
Research-driven experimental forecasting methods.
TARL forecast guidance and atmospheric products.
Diagnostics focused on terrain-influenced atmospheric processes.
TARL publications and formal research output.
Peer-reviewed scientific publications.
Research manuscripts and works in development.
Research datasets and supporting scientific data.
Technical documentation and research reports.
TARL's mission, purpose, approach, and origin.
Meet TARL's founder and current or future researchers.
Why TARL studies terrain–atmosphere interaction.
The philosophy behind TARL's observing systems.
Why TARL is developing terrain-aware atmospheric modeling.
How TARL approaches atmospheric prediction.
Research, technical, and field collaboration opportunities.
TARL Services
TARL develops research, observational, analytical, engineering, modeling, and forecasting capabilities for projects requiring specialized atmospheric understanding.
Working With TARL
TARL evaluates each opportunity according to its scientific objective, technical requirements, resources, project structure, and desired outcomes. A project may be best suited to a research collaboration, a contracted service, or another arrangement developed around the work itself.
Collaboration
Joint research, field studies, instrument development, modeling, analysis, manuscripts, and scientific work conducted toward a common research objective.
Explore Collaboration→Contracted Services
Project-based work where TARL applies research, observational, engineering, analytical, modeling, or forecasting capabilities toward a defined client need.
Discuss a Project→Service Areas
Current services include atmospheric research, analysis, and data and technical work. Additional field, instrumentation, modeling, and forecasting capabilities are actively being developed for future projects.
Currently Available
Focused atmospheric investigations built around scientific questions involving complex terrain, severe weather, environmental conditions, climatology, and related atmospheric processes.
Potential Capabilities
Contract research
Climatological analysis
Case studies
Terrain analysis
Scientific interpretation
In Development
Targeted atmospheric measurement and observational capabilities currently under development for locations and environments where conventional observing networks may not fully resolve the problem.
Potential Capabilities
Temporary observing networks
Field campaigns
Site observation
Environmental measurement
Mobile observation
Specialized deployments
In Development
Development of atmospheric observing systems, prototype platforms, sensors, and data-acquisition approaches intended for future field and research applications.
Potential Capabilities
Custom instrumentation
Sensor integration
Prototype development
Data acquisition
Observing platforms
Field systems
In Development
Atmospheric modeling, environmental diagnostics, and forecasting capabilities under development for terrain-influenced atmospheric processes and specialized prediction problems.
Potential Capabilities
Numerical modeling
Terrain diagnostics
Experimental forecasting
Model evaluation
Specialized forecast guidance
Currently Available
Scientific processing and interpretation of atmospheric information, from raw observations and datasets through diagnostics, visualization, and technical reporting.
Potential Capabilities
Data processing
Quality control
Atmospheric diagnostics
Visualization
Dataset development
Technical reporting
Built Around the Problem
TARL's research and technical work is structured around the scientific problem rather than a fixed catalog of products. Projects may combine atmospheric research, field observation, instrumentation, data analysis, numerical modeling, and forecasting depending on the requirements of the investigation.
This approach allows project design to begin with the question that needs to be answered, then determine which measurements, tools, methods, and technical capabilities are required to address it.
Project Process
01
Describe the atmospheric problem, research question, measurement requirement, or technical objective.
02
TARL evaluates scientific requirements, feasibility, resources, data, instrumentation, field needs, and project constraints.
03
Define methodology, deliverables, responsibilities, timeline, required capabilities, and, where applicable, project pricing.
04
Conduct the agreed research, observation, engineering, modeling, forecasting, analysis, or technical work.
05
Provide the agreed datasets, analysis, systems, reports, products, technical documentation, or other project deliverables.
Project Evaluation & Pricing
Every project is evaluated individually based on its scientific objectives, technical requirements, field needs, instrumentation, data, personnel, timeline, resources, and expected deliverables.
The capabilities listed on this page are intended as a general reference rather than an exhaustive list of everything TARL may be able to provide. A project may require a combination of capabilities, a specialized approach, or work that is not explicitly listed here.
Following an initial discussion, TARL can evaluate the specific requirements of the project and determine whether the requested work fits within current capabilities, requires additional development, or is better structured as a research collaboration, contracted service, or another project arrangement.
01
What scientific question, technical problem, or project objective needs to be addressed?
02
What personnel, instrumentation, computing, travel, field work, or other resources are required?
03
What data, analysis, instrumentation, reports, forecasts, models, or other outputs are expected?
04
What schedule, milestones, deployment window, or completion date does the project require?
Every project is evaluated individually.
The service areas shown above should be used as a guide, not as a definitive limitation of TARL's capabilities. Final capability, scope, methodology, resources, and pricing depend on the specific requirements of the project.
Initial project inquiries are used to determine potential fit and scope and do not constitute a commitment by either party to begin work.
Capability Availability
Atmospheric research and analysis and data and technical services are currently available on a project-specific basis. Field measurement, instrumentation and sensor systems, and modeling and forecasting remain under active research, engineering, testing, and development and are intended for future project availability.
Because project requirements can vary substantially, the capabilities listed on this page should not be treated as a complete representation of what TARL may be able to accomplish. Contacting TARL directly is the best way to determine whether a specific scientific or technical need can be supported.
Start a Project
Tell TARL about the scientific question, measurement need, technical challenge, or project objective you would like to evaluate.
Discuss a Project→