Energy, Climate & Environment

Energy, Climate & Environment

SDSC excels in pioneering environmental, sustainable, and renewable energy data science. Our distinguished team drives innovation through cutting-edge projects: climate pattern analysis, energy models, deep learning for biodiversity detection, and improved avalanche forecasting.

Projects

BioDetect

Completed
Deep Learning for Biodiversity Detection and Classification
Energy, Climate & Environment

HighFEM

In Progress
High Frequency Earthquake Modelling
Energy, Climate & Environment

Inter-Detect

In Progress
Quantifying Plant-Pollinator Interactions Using Computer Vision
Energy, Climate & Environment

CHEMSPEC

In Progress
Cost-effective chemical speciation monitoring of particulate matter air pollution
Energy, Climate & Environment

DNAi

In Progress
High throughput eDNA processing using artificial intelligence for ecosystem monitoring
Energy, Climate & Environment

PHENO-MINE

In Progress
Pheno-Mine: Extracting dynamic ideotypes from seasonal image time series of wheat taken in the field
Energy, Climate & Environment

DATSSFLOW

In Progress
Data Science and Mass Movement Seismology: Towards the Next Generation of Debris Flow Warning
Energy, Climate & Environment

DIMPEO

In Progress
Detecting drought impacts on forests in earth observation data
Energy, Climate & Environment

SPEED2ZERO

In Progress
Sustainable pathways towards net zero Switzerland
Energy, Climate & Environment

EAGLE

In Progress
Enhanced understanding of Alpine mass movements Gathered through machine LEarning
Energy, Climate & Environment

ADOPT

In Progress
AI for Detecting Ocean Plastic Pollution with Tracking
Energy, Climate & Environment

WATRES

In Progress
A Data-Driven approach to estimate WATershed RESponses
Energy, Climate & Environment

DeepDown

In Progress
Multivariate climate downscaling using deep learning models
Energy, Climate & Environment

EXPECTmine

In Progress
Mining Toxicity and High Resolution Mass Spectrometry Data for Linking Exposures to Effects
Energy, Climate & Environment

CLIMIS4AVAL

In Progress
Real-time cleansing of snow and weather data for operational avalanche forecasting
Energy, Climate & Environment

AURORA

In Progress
From air pollution sources to mortality
Biomedical Data Science
Energy, Climate & Environment

DeepCloud

In Progress
A data-driven sub-grid parametrization for complex terrain
Energy, Climate & Environment

MLTox

In Progress
Enhancing toxicological testing through machine learning
Energy, Climate & Environment

ArcticNAP

Completed
Arctic climate change: Exploring the Natural Aerosol baseline for improved model Predictions
Energy, Climate & Environment

N2O-SSA

In Progress
Combining measurements, modeling and machine learning to improve N2O accounting for sustainable agricultural development in sub-Saharan Africa
Energy, Climate & Environment

MACH-Flow

Completed
Machine learning for Swiss river flow estimation
Energy, Climate & Environment

4Real

Real-time urban pluvial flood forecasting
Energy, Climate & Environment

EXPECT

EXtending the PrEdiCTability of the Atmosphere over Europe
Energy, Climate & Environment

DEAPSnow

Completed
Improving snow avalanche forecasting by data-driven automated predictions
Energy, Climate & Environment

DATALAKES

Completed
Heterogeneous data platform for operational modelling and forecasting of Swiss lakes
Energy, Climate & Environment

CarboSense4D

Completed
Four-dimensional mapping of carbon dioxide using low-cost sensors, atmospheric transport simulations and machine learning
Energy, Climate & Environment

COMMIT

Completed
Context-Aware Mobility Mining Tools
Big Science Data
Digital Administration
Energy, Climate & Environment

DASH

Completed
DAta Science-informed attribution of changes in the Hydrological cycle
Energy, Climate & Environment

ACE-DATA

Completed
Delivering Added-value To Antarctica
Energy, Climate & Environment

SPEEDMIND

Completed
Improving species biodiversity analyses and citizen science feedback through machine learning
Energy, Climate & Environment

Case studies

Smart Waste Collection with AI-Empowered Planning
Public Sector

Smart Waste Collection with AI-Empowered Planning

City of Burgdorf deploys adaptive algorithms to save critical resources.
Conducted by:
Data science for enhancing resource efficiency in manufacturing processes
Private sector

Data science for enhancing resource efficiency in manufacturing processes

A collaboration between the Swiss Data Science Center and the Swiss processing solution provider Bühler Group is laying the technical foundations to make real impacts on the industry’s carbon emissions through an innovative approach to optimizing manufacturing operations.
Conducted by:
Modelling the end-user Swiss electricity consumption
Public Sector

Modelling the end-user Swiss electricity consumption

Leveraging Data for Energy Transformation: How Data Science can support Swiss Energy Policies?
Conducted by:

Other domains

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