Tygron LTS Server Release 2021
As announced in the December newsletter, the Tygron LTS Server 2021…
TYGRON FOR WATER AND CLIMATE ADAPTION
Water Module manual
With the continuous development of the Tygron Platform, the amount…
Neighbourhood Peak Precipitation Mitigation
Adaptation to Urban Peak Precipitation is not hard.
As an introduction…
Making complex river systems manageable using the Tygron Platform API
When working on river systems, one has to deal with very complex…
Large scale culvert generation
Together with the Water Authority Aa & Maas we have been…
How simulation software can improve the support of environmental management.
Interview with Henk van Hardeveld (Waternet)
In times where…
Tygron Geodesign Platform as the building blocks of the Edible Game 1.0
The Tygron Platform has been working to support scientists of…
Climate adaptive design of the Amersfoort Station Area; How a Digital Twin can help.
It's getting warmer and drier. Rain showers are getting shorter…
Water Quality
Modelleer de stroom van stoffen door uw watersysteem. In deze…
The collapse of the Noordersluis water lock for learning and entertainment
Besides all the serious work that is done with the Tygron Platform,…
Vechtstromen water board carries out stress tests
The Delta Programme states that municipalities must carry…
The fight against soil subsidence- RE:PEAT
Soil subsidence problems in peat meadows
Sinking of the soil…
Student use case: 3D information on provincial issues
For this thesis two students have been investigating the…
A lesson in climate adaptation for municipalities
With 'stress test in one day', Aveco de Bondt, in cooperation…
Groningen and Tauw together for a climate-proof municipality
The Municipality of Groningen has already carried out the stress…
Simulate flooding using big data and smart algorithms
An example of Water Board Vechtstromen
Suppose a levee threatens…
Hollands Midden Safety Region: Insight into flood scenarios and action perspectives based on big data and smart algorithms
How do we get a grip on the consequences of flood scenarios,…
The Virtual River Game makes complex models clear to all stakeholders
Researcher Robert-Jan den Haan of the University of Twente developed…
Beyond a billion grid cells
This is the first Tygron R&D blog entry. With this new…
Tygron EDU-event, April 9th, 2020: Share and Inspire
On the 9th of April 2020 we hosted the annual Tygron Edu-Event.…
Student use case: Leiden University students for a greener Hoefkade
The Hoefkade neighbourhood in the Hague, like many urban…
Tygron joins the Esri Partner Network as Silver Partner
For the original version of the press release (in Dutch), see:…
Surface Drought
Gain insight in the drought situation.
Documentation:…
Breach growth
Simulate flooding scenario's, incorporating the breach growth…
Cascading effects
Simulate cascading effects: the impact of flooding on the…
River flood simulation
Simulate a river flooding scenario. Analyse flow velocity…
Dam Break
A dam break study on 1x1 meter grid cel resolution. Flood…
Sewers
Determine and adjust the capacity of sewers and the location…
Water Features compilation
A compilation of different aspects and applications of the…
Benchmarks
The Tygron Water Module is benchmarked using multiple test…
Groundwater overlay
The Groundwater overlay in the Tygron Water Module performs…
DPRA Heat module
The Tygron Heat Stress Module is based on the Dutch national…
Tygron worldwide
The Tygron Geodesign Platform can be used worldwide as the ideal tool for stakeholder conversations and scenario planning.
Tygron Platform Water Module performs well in UKEA Benchmark – Test 2
The Tygron Platform’s Water Module performs well against other popular packages in a series of widely acknowledged UKEA benchmark tests.
Student use case: Heat issues in Groningen
A student wanted to familiarise people in the Groningen city areas with Heat Stress.
Teacher use case: Climate game motivates students
The moment the students got to play Tygron’s Climate game, motivation was no longer an issue.
Student use case: Water management in peatland areas
Four students did research into the issues around water management in peatland areas.
Tygron Platform calculates with remarkable speed large areas in hyper resolution
Tygron recently conducted a simulation of a water model on 1 billion computing cells.
