APSIM Next Generation
APSIM Initiative
You want to see how a crop might respond to different soils, weather or management before committing a field. This is a modular farming systems simulator you can set up for those scenarios and run yourself.
QUICK INFO
SOLUTION TYPE
Models, data & tools
TECHNOLOGY CATEGORY
Simulation, digital twins & world models
AREA OF WORK
Agronomy, soil & crop management
ACCESS
Paid or approval
DEPLOYMENT
Cloud-hosted
SOURCE REVIEWED
August 17, 2026
What it helps with
- How will a crop respond to different weather
- Try a management change before committing a field
- Simulate crop growth on my soil
- Model farming system scenarios
- Test a rotation on paper
Scope & audience
WHO IT'S FOR
Scientist / researcher · Developer / AI builder
AREA OF WORK
Agronomy, soil & crop management
COMMODITY / SCOPE
Soil & agronomy
Access & technical details
ACCESS
Buy or be approved first
INTERFACE
Hosted web app
DEPLOYMENT
Hosted by the publisher
LANGUAGES
Not stated by provider
Featured media
Source information
This listing was compiled from publicly available source material. Verify current details with the provider.
PROVIDER DOCUMENTATION
Reviewed August 2026
Explore more like this
SDG4AD
Smart-Agri-DIAG
Models, data & tools
Damaged or odd looking bunches are rare in your photo archive, so a defect spotter has little to learn from. This is a code pipeline that creates artificial images of flawed table grapes to pad out training sets.
Free · Open source
Self-hosted / on-premise · Downloadable
Simulation, digital twins & world models
SDG4AD
diagnose-protect-assure
crop-protection-and-plant-health
buildable-or-downloadable-component
simulation-digital-twins-and-world-models
Free · Open source
Self-hosted / on-premise · Downloadable
August 17, 2026
- Spot damaged table grapes on a line
- Train a defect spotter with few examples
- Make artificial images of flawed grapes
- Pad out a small grape image set
- Find odd looking grape bunches automatically
- Generate rare defect pictures for training
pyaquacrop
Individual publisher
Models, data & tools
Running a water and yield model by editing text files and clicking through a program does not scale. This is a Python wrapper that writes the settings and runs the underlying crop water model from your own code.
Free · Open source
Cloud-hosted · Downloadable
Simulation, digital twins & world models
pyaquacrop
plan-manage-production
irrigation-and-water-management
buildable-or-downloadable-component
simulation-digital-twins-and-world-models
Free · Open source
Cloud-hosted · Downloadable
August 23, 2026
- Run a crop water model from python
- Stop editing text files to run a model
- How much yield do i lose with less water
- Script many irrigation scenarios
- Automate crop water simulations
- Python wrapper for a yield and water model
Is this your Resource?
Contact us to claim this listing and add details, screenshots or a demo.
