7 tools
This free basal area calculator supports multiple forestry workflows, including single-tree, stand per acre/hectare, plot-based, and angle gauge/BAF modes. It accepts DBH inputs in imperial or metric units and returns basal area outputs with unit conversions. The page also includes formulas and forestry context for interpreting results.
Calculates the height of trees or other tall objects using trigonometry, requiring three measurements. Enter known distances and angles to estimate height accurately. Scientists, hikers, foresters, and anyone interested in natural measurements will find this tool useful for quickly determining tree heights without direct measurement. It simplifies complex calculations into a straightforward process, enhancing accuracy and efficiency.
Estimates the potential quantity of leaves on a tree, providing an estimation tool for biological counting scenarios. This calculator helps users model leaf production based on various inputs related to tree growth and foliage density. It offers a way to numerically predict large volumes of fallen leaves without needing direct observation or physical measurement. Garden owners, landscapers, and students studying botany can utilize this tool to plan for seasonal cleanup or academic projects. Users who need to estimate the scale of leaf collection—such as determining how many bags are needed for raking or estimating the size of a compost pile—can gain a preliminary understanding of the sheer volume of material involved.
Calculates tree spacing for optimal growth and efficiency in fields or gardens. It takes into account factors like species, desired株距 (plant-to-plant distance), and available space to determine how many trees can be planted per square meter. Users input the necessary data, and the calculator provides a clear, easy-to-understand result. Farmers, landscapers, arborists, and gardeners would use this tool to maximize their planting density while ensuring healthy growth for individual trees. It helps in planning and optimizing space utilization in agricultural or horticultural settings.
Estimates the age of trees by inputting their diameter and species, using standard growth rates for each type. Helps users in forestry, gardening, or simply curious about nature to determine the age of a tree for various purposes like assessing its health, planning future maintenance, or learning about local ecology.
Calculates the estimated worth of trees based on their size, species, and location, aiding in potential insurance claims or property assessments. Helps users determine the financial value of their trees for various purposes such as insurance claims, estate planning, or simply understanding the monetary impact of natural resources on their property.
Calculates tree diameter based on circumference measurements. Users input the circumference of the tree trunk in either inches or centimeters, and the calculator provides an estimation of the diameter. Ideal for naturalists, foresters, arborists, and anyone interested in understanding tree dimensions. Helps users quickly assess tree size without direct physical measurement. Useful for inventory purposes, growth analysis, and ecological studies.
