MAGALA-RICHARD / apsimNGpy
ApsimNGpy is a Python library designed as an implementation of the APSIM Next Generation crop and environmental simulation model. This library is built upon the Pythonnet API, providing direct communication with the APSIM model. Notably, it offers a significant speed advantage, being twice as fast as the graphical user interface for simulations.
☆20Updated this week
Alternatives and similar repositories for apsimNGpy:
Users that are interested in apsimNGpy are comparing it to the libraries listed below
- From Sentinel 2 TOA reflectance to LAI☆21Updated 4 years ago
- R package dedicated to the PROSAIL canopy reflectance model. The package allows running PROSAIL in direct and inverse modes, with various…☆22Updated 3 weeks ago
- R package: Extract Remote Sensing Vegetation Phenology by TIMESAT V3.3 Fortran library (only for windows)☆29Updated 3 years ago
- Tools for manipulating (exporting, extracting) AgERA5 data☆16Updated 3 weeks ago
- A new open source and web tool to estimate actual ET based on SEBAL model.☆33Updated last year
- Python package to automatically generate gridded climate data to be used as input for crop models☆14Updated 3 years ago
- This repository contains code examples which demonstrate how users can access the CMRSET actual evapotranspiration data product and relat…☆12Updated 8 months ago
- Code and examples of how to estimate transpiration from eddy covariance data.☆23Updated last year
- sebkc: Surface Energy Balance and Crop Coefficient Estimation with R☆16Updated last year
- Estimating suspended sediment concentration (SSC) using a globally applicable calibration for surface reflectance satellite images☆24Updated last year
- a robust MODIS snow cover and phenology product (Google Earth Engine codebase)☆20Updated 7 months ago
- Visualized QA/QC of weather station data☆21Updated last month
- Google Earth Engine demo codes from the article "Monitoring Cropland Phenology on Google Earth Engine Using Gaussian Process Regression"☆19Updated last year
- R-package for simulating climate-driven crop calendars☆12Updated last year
- some tools for accessing OCO-2 data☆42Updated 4 years ago
- Remote Sensing of Ice Albedo with GEE☆19Updated last year
- ASCE Standardized Reference Evapotranspiration Functions for Google Earth Engine (GEE)☆23Updated last month
- phenofit examples in version 3.0☆24Updated last year
- Script to calculate daily evapotranspiration for Landsat images in GRASS GIS 7.X☆19Updated 5 years ago
- Priestley-Taylor Jet Propulsion Laboratory Evapotranspiration Code for 1-dimensional implementation☆13Updated last year
- Algorithms to derive a land surface phenology product from PlanetScope imagery for AmeriFlux and NEON sites☆17Updated 11 months ago
- R package to calculate surface energy balance models☆24Updated 3 years ago
- R package: A state-of-the-art Vegetation Phenology extraction package, phenofit☆77Updated last week
- Software for postprocessing the SMAP-HydroBlocks dataset from the Hydrological Response Unit (HRU) space into the geographically gridded …☆30Updated 3 months ago
- A Bayesian hierarchical model that quantifies long-term annual land surface phenology from sparse time series of vegetation indices.☆45Updated last week
- A Python implementation of the FAO-56 dual crop coefficient approach for crop water use estimation and irrigation scheduling☆47Updated this week
- BEPS-SIF is a global sun-induced chlorophyll fluorescence model which considers the multiple scattering effects within a canopy.☆21Updated 5 years ago
- Python (Google Earth Engine), JavaScript (Google Earth Engine) and R code to extract river ice condition from Landsat satellites, to deve…☆27Updated 5 years ago
- Implementation of the Rosetta pedotransfer function model for predicting unsaturated soil hydraulic parameters.☆26Updated 9 months ago
- ☆15Updated last year