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With the latest MIKE SHE update, you can configure and run the SVAT model through a new dedicated interface, monitor model behaviour more reliably with warnings for saturated-zone drying and storage-step inconsistencies, and simulate hydrology–water quality interactions more realistically by running Water Movement and Water Quality in parallel.

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New! | Bring your models to life with 3D terrain maps

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A new user interface enables setup and execution of the Soil-Vegetation-Atmosphere Transfer (SVAT) model, which calculates evapotranspiration using the Shuttleworth–Wallace method. This advanced approach captures detailed energy balance and vegetation interactions. Ideal for sub-daily simulations, it supports in-depth analysis of evapotranspiration in vegetated landscapes and dynamic surface hydrology.

New! | Soil-Vegetation-Atmosphere Transfer (SVAT) Model Interface

A new notification in the log file alerts users when the first Saturated Zone layer becomes partially or temporarily dry, helping to identify potential water balance or model stability issues. This visible warning guides users to adjust their settings proactively, ensuring more stable simulations and reliable groundwater–surface water interactions within the Saturated Zone module.

Update | Saturated Zone Dryness Notification

New! | Quickly generate 3D surfaces from Supermesh elements:

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From version 2026, Water Movement and Water Quality modules now can be run in parallel, allowing dynamic interaction between the two. Changes from EcoLab templates, such as adjustments to Leaf Area Index or Rooting Depth, now influence evapotranspiration and unsaturated zone water content. This enhancement supports more realistic assessments of agricultural water management and fertiliser impacts on the water balance.
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New! | Parallel Water Movement and Water Quality Simulation

Simulation performance has been improved for the Particle Tracking module, resulting in shorter calculation times across all applications. Users can now complete particle transport analyses more efficiently, allowing faster scenario testing and improved workflow productivity.

Update | Reduced Calculation Times in Particle Tracking

During the Preprocessing of the Water Movement module, a new warning notifies users when storage time steps are inconsistent with the total simulation length, which could cause incomplete water balance results. This alert ensures users adjust their settings before postprocessing, helping to maintain accurate and consistent outputs in the Water Balance tool.

Update | Storage Time Step Consistency Warning

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Get the newest version of MIKE SHE and start using the latest tools, improved performance, and enhanced modelling features.

What's New 2026 - MIKE SHE

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Webinar: MIKE SHE 2026 Update | 04 Mar 2026

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