Usage¶
The Spatiocoexistence package provides comprehensive tools for analysing forest inventory data and simulating forest dynamics through spatially explicit modeling. This guide introduces the main components and their applications.
Individual-Based Forest Model¶
The spatially explicit forest dynamics model is implemented in the spatiocoexistence.model module.
This model simulates tree growth, mortality, and recruitment processes based on local neighborhood interactions.
Model Features¶
Spatially explicit simulation: Track individual trees in continuous 2D space
Species interactions: Model competition through neighborhood crowding effects
Flexible parameterization: Customize species-specific demographic parameters
Parameter optimization: Fit model parameters to empirical data using optimization algorithms
Real-time monitoring: Visualize simulation progress and population dynamics
Output analysis: Export detailed results for further statistical analysis
Model Examples¶
Explore detailed model usage in our Examples:
Setting up and running forest simulations
Parameter estimation from census data
Analyzing simulation outputs and population dynamics
Analysis Tools¶
The analysis tools are designed to work seamlessly with forest inventory datasets, particularly those from the ForestGEO network or simulated data.
Key Features¶
Data processing: Import and process forest census data from various formats
Spatial analysis: Calculate neighborhood-based metrics and spatial patterns
Crowding indices: Compute conspecific and heterospecific crowding for individual trees
Basal area calculations: Determine basal area at plot and neighborhood levels
Visualization tools: Generate plots and maps for exploratory data analysis
Learn by Example¶
See our Examples gallery for hands-on demonstrations of:
Loading and processing forest census data
Calculating crowding indices for large datasets
Visualizing spatial patterns and species distributions
Working with ForestGEO data formats
Next steps¶
Installation: Follow the Installation guide to set up the package
Examples: Browse our Examples for practical tutorials
API Reference: Visit the API Reference for detailed function documentation