plant
Forest simulator
A package for simulating and modeling forest ecosystems based on individual plant traits
Trait-Driven Models of Ecology and Evolution ![]()
53 stars
12 watching
20 forks
Language: C++
last commit: over 1 year ago
Linked from 1 awesome list
c-plus-plusdemographydynamicecologyevolutionforestsplant-physiologyrscience-researchsimulationtrait
Related projects:
| Repository | Description | Stars |
|---|---|---|
| | A software tool for simulating the growth and yield of forest vegetation | 48 |
| | Tools and utilities for simulating forest ecosystem dynamics based on ecological models | 17 |
| | A numerical terrestrial ecosystem model simulator developed to understand complex relationships between organisms and their environment. | 106 |
| | A standardized ontology for describing plant traits and their characteristics. | 39 |
| | A set of R packages providing tools and data analysis capabilities for forest ecology and dynamics | 31 |
| | An R package that simulates forest growth using a process-based model | 27 |
| | An R framework for simulating ecosystem processes at site scales | 25 |
| | A software package designed to simulate forest functioning and dynamics in the Mediterranean region using cohort-based descriptions of vegetation. | 11 |
| | A Python-based platform for simulating and visualizing plant growth, soil dynamics, and water flow in high-resolution 8K resolution | 53 |
| | A Python package to model and forecast deforestation risk in the tropics using spatial analysis and machine learning. | 119 |
| | An ecosystem water balance simulation model that simulates the movement of water through soil and plants in dryland ecosystems. | 6 |
| | This project models and forecasts tropical deforestation using spatial analysis and machine learning techniques | 29 |
| | A package for simulating dynamic ecosystems and biodiversity using a modeling approach | 42 |
| | Simulates energy consumption in computing environments | 107 |
| | A comprehensive ecosystem model that simulates carbon and nitrogen cycles, soil thermal dynamics, and vegetation growth in high-latitude ecosystems. | 22 |