Climate simulation studio

Model the climate outcome before you build it.

Studio Rescience simulates how regions heat, rain, recharge and green — at 1–100 km resolution — so governments, funds and developers can test interventions like vegetation cover, water‑body reactivation and surface‑albedo change before committing a single riyal, rupee or dollar.

Request a scoping call See what we simulate
1–100 km
regional model resolution
4
coupled model suites
6
impact domains assessed
24–48 h
first response on enquiries

01 — Capabilities

One studio for the full climate–water–land system

We couple atmospheric, hydrological and ecological models with AI and Earth‑observation data, so every recommendation is traced back to physics and measured evidence.

Regional climate modelling

High‑resolution simulation of temperature, humidity and rainfall, with seasonal and annual outlooks and long‑range future scenarios.

Hydrology & water cycle

Full water‑cycle modelling — rainfall, runoff, infiltration, evaporation and groundwater recharge — including recharge‑site selection in arid zones.

Ecosystem & vegetation

How vegetation cover, biodiversity and ecosystems respond to climate and to human intervention — and whether gains are sustainable long‑term.

AI & big‑data analytics

Deep‑learning engines for pattern and anomaly detection, classification, time‑series forecasting and satellite‑image analysis.

Remote sensing & monitoring

Multi‑source satellite and drone data to track vegetation, moisture and land‑surface change in near real time and validate model output.

Scenario simulation & decisions

Adjust parameters, compare intervention scenarios side by side, and get dashboards and reports built for decision‑makers, not just modellers.

02 — What we can test

Interventions we simulate and stress‑test

Before land is planted, dams are restored or reflective surfaces are laid, we quantify the expected change in local climate and water balance — and the risks.

Discuss an intervention →
  • Water‑body reactivationRestoring wadis, lakes and inland waterfronts and modelling their cooling and humidity effect.
  • Afforestation & vegetation coverWhere, what and how much to plant for measurable temperature and moisture gains.
  • Surface albedo modificationReflective surfaces and land‑cover change to reduce extreme heat.
  • Rainfall enhancementAssessing regional water‑cycle enhancement scenarios and their downstream effects.
  • Groundwater recharge schemesSite screening using geology, hydrology and runoff modelling.
  • Renewable‑energy integrationPairing restoration with solar power and smart, clean‑energy irrigation.

03 — Model suites

Four coupled engines, one consistent picture

Each suite runs on its own or feeds the others, so a planting plan’s effect on rainfall, runoff and biodiversity is evaluated together.

RS‑Climate

Regional climate

  • 1–100 km atmospheric simulation
  • Seasonal & annual forecasts
  • Intervention impact on heat, humidity & rain
  • Future climate scenarios

RS‑Hydro

Hydrology

  • Complete regional water cycle
  • Groundwater recharge potential
  • Surface runoff & flood modelling
  • Parameter sensitivity analysis

RS‑Eco

Ecosystems

  • Vegetation growth simulation
  • Biodiversity assessment
  • Ecosystem interaction modelling
  • Long‑term sustainability analysis

RS‑Analyzer

AI analytics

  • Pattern & anomaly detection
  • Classification & clustering
  • Time‑series prediction
  • Satellite imagery analysis

Toolchain & data we work with

  • WRF
  • ENVI‑met
  • SWAT
  • MODFLOW
  • HEC‑RAS / HEC‑HMS
  • Google Earth Engine
  • ERA5 reanalysis
  • CMIP6 projections
  • Sentinel & Landsat
  • MODIS
  • QGIS / ArcGIS
  • Python · xarray · PyTorch

04 — Studies

Commissioned studies & research

From a single feasibility question to a multi‑year research programme, we deliver peer‑review‑ready science and plain‑language findings.

Climate studies

Climate‑change modelling for inland and arid regions; satellite analysis of vegetation and moisture trends over time.

Hydrological studies

Groundwater‑recharge potential in dry areas; regional water‑cycle simulation and enhancement scenarios.

Environmental studies

Biodiversity baselines for restoration sites; environmental feasibility of pilot restoration projects.

Agricultural studies

Crop productivity, arable‑land expansion and irrigation‑cost reduction using climate and soil‑moisture modelling.

Economic & development studies

Technical, economic and environmental feasibility; green‑economy, eco‑tourism and investment cases.

Publications & reporting

Peer‑reviewed papers, technical reports, conference contributions and support with patents and IP.

05 — Impact domains

We measure what matters to your mandate

Local climate

Lower extreme temperatures, higher relative humidity, better thermal comfort.

Water security

More rainfall, stronger groundwater recharge, reduced evaporation.

Food security

Expanded arable area, higher yields, lower irrigation cost.

Eco‑tourism

New natural landscapes and inland waterfronts that raise quality of life.

Renewable energy

Solar integration and lower project carbon footprint.

Research & talent

Published science, open tools and trained local specialists.

06 — Platform & delivery

Results you can explore, not just read

Every engagement can include access to an interactive workspace so your team keeps interrogating the results after the report is delivered.

  • Interactive 4D climate maps — change through time and space, filtered by region and indicator.
  • Analytical dashboards — key indicators and live charts for ongoing monitoring.
  • Scenario explorer — tune parameters and compare outcomes.
  • Open data downloads — large datasets for your own research.
  • Research API — connect your systems directly to our simulation outputs.

07 — Process

From question to defensible answer

  1. 01

    Scope

    We frame the decision, the region and the indicators that define success.

  2. 02

    Data

    Historical observations, reanalysis, satellite and field data are assembled and quality‑checked.

  3. 03

    Model

    Coupled climate, hydrology and ecosystem runs, calibrated against measurements.

  4. 04

    Scenarios

    Interventions compared against baseline, with uncertainty and sensitivity made explicit.

  5. 05

    Deliver

    Report, dashboards, data and a briefing for your decision‑makers and partners.

08 — Engagement

Ways to work with us

We serve government agencies and regulators, sovereign and development funds, universities and research centres, and private‑sector and technology partners.

Academic

Researchers & graduate students

  • Core datasets
  • Essential analysis tools
  • Limited data export
  • Email support
Apply

Most requested

Institutional

Research centres & companies

  • Full data access
  • Advanced analysis tools
  • Full API access
  • Dedicated technical support
  • Custom reports
Talk to us

Government

Ministries & regulators

  • Everything in Institutional
  • Custom dashboards
  • Integration with government systems
  • Team training
  • 24/7 support
Request a proposal

09 — About

Experienced modellers. Serious computing. Practical answers.

Studio Rescience is a climate simulation company built by scientists and engineers with years of experience running atmospheric, hydrological and environmental models on real projects. We maintain licences, pipelines and compute for a broad range of simulation tools, so clients get the right model for the question — not the one a consultant happens to know.

We work to four principles: long‑term sustainability, science and innovation, transparency and governance, and partnerships with public bodies, research institutions and industry.

  • Calibrated against observations
  • Uncertainty always reported
  • Data and methods documented
  • Built for decision‑makers

10 — Contact

Tell us what you need to know about your climate.

Describe the region, the decision and your timeline. We typically reply within 24–48 working hours.

Your details are only used to respond to your enquiry.