Soil Analysis for Farms, Homesteads & Land Development
Analyze soil composition, fertility, carbon content, pH, nitrogen levels, texture, and agricultural suitability with Swales.app — make informed decisions for farming, food forests, regenerative agriculture, permaculture, and land development using location-based soil intelligence.
Why soil matters
Healthy soil is the foundation of every successful farm, food forest, homestead, garden, regenerative agriculture project, and permaculture design. Yet many landowners invest in crops, irrigation, and infrastructure before understanding the most important resource on their property.
Instead of guessing what your land can support, Swales.app provides environmental soil intelligence that helps you make informed decisions before planting, building, or investing.
Swales.app soil analysis helps you understand:
Soil dashboard — 6 key metrics explained
Together these measurements provide a comprehensive understanding of your soil's fertility, structure, and productivity potential.
🗂️ Soil Classification
Cambisols
Identifies the dominant soil type at your location. Cambisols are among the most widespread and productive soils on Earth.
- ·Moderate fertility
- ·Good drainage
- ·Reasonable rooting depth
- ·Strong agricultural potential
🌱 Carbon Density
529 hg/m³
Measures how much carbon is stored within the soil. One of the most important indicators of long-term soil health and regenerative potential.
- ·Improved soil structure
- ·Greater fertility
- ·Enhanced water retention
- ·Increased microbial activity
🪨 Bulk Density
91 cg/cm³
Measures how compact the soil is. Lower bulk density means healthier roots, better drainage, and greater biological activity.
- ·Root penetration
- ·Water infiltration rate
- ·Soil aeration
- ·Biological activity levels
🌿 Nitrogen Content
638 cg/kg
Nitrogen is one of the most important nutrients for plant growth — supporting leaf development, photosynthesis, plant vigour, and crop productivity.
- ·Compost applications if low
- ·Cover crops to rebuild
- ·Green manures
- ·Nitrogen-fixing plants
🔬 Cation Exchange Capacity
291 mmol(c)/kg
CEC measures the soil's ability to retain and exchange nutrients — think of it as the soil's nutrient storage capacity.
- ·Better nutrient retention
- ·Reduced fertilizer losses
- ·Improved plant nutrition
- ·Long-term fertility potential
🧪 Soil pH
5.8
Soil pH affects nutrient availability and plant performance. pH 5.8 suits acid-loving plants — blueberries, potatoes, tea, and pine trees.
- ·Guides crop selection
- ·Informs amendment strategy
- ·Affects nutrient availability
- ·Influences microbial life
Soil texture — clay, sand & silt balance
Soil texture influences water retention, drainage, root development, and nutrient availability. The balance between clay, sand, and silt determines how your soil behaves in wet and dry conditions.
Clay
256 g/kg✓High nutrient retention
✓Excellent moisture storage
!Poor drainage if excessive
!Compaction risk
Sand
382 g/kg✓Excellent drainage
✓Good aeration
!Lower water retention
!Nutrient leaching
Silt
362 g/kg✓Balanced moisture retention
✓Improved fertility
✓Easy root penetration
Soil composition distribution
Many landscapes contain a mixture of soil types across the property. Swales.app maps the dominant soil types and their proportional distribution.
Productive and versatile soils — strong agricultural potential
Often fertile and suitable for crops
Acidic soils common in forests
Highly weathered soils requiring management
River and floodplain soils with strong fertility potential
What can I grow in this soil?
Based on the example soil profile — Cambisols at pH 5.8 with balanced texture — suitable crops may include the following. Actual suitability also depends on climate, rainfall, elevation, and solar exposure.
How to improve your soil
Once you understand your soil's current condition, you can take targeted steps to build fertility, structure, and long-term health.
Increase organic matter
- →Compost
- →Mulch
- →Leaf litter
- →Biochar
- →Animal manures
Plant cover crops
- →Build soil carbon
- →Improve nitrogen levels
- →Protect against erosion
- →Increase biological activity
Use nitrogen-fixing plants
- →Clover
- →Alfalfa
- →Acacia
- →Lupins
- →Peas & beans
Minimise soil disturbance
- →Reduce tillage
- →Preserve soil structure
- →Protect microbial life
- →Retain carbon storage
Improve water infiltration
- →Swales & infiltration basins
- →Water harvesting systems
- →Combine with contour maps
- →Use precipitation data
Why soil analysis matters before buying land
One of the biggest mistakes land buyers make is evaluating property based solely on appearance. A beautiful property may still suffer from poor fertility, water limitations, acidity issues, or compaction problems.
Swales.app allows you to evaluate soil characteristics before purchasing or developing land — potentially saving significant time, money, and effort.
Combining soil analysis with other Swales.app features
Together, these environmental layers provide a complete understanding of your property's strengths and limitations.
Conclusion
The Soil Analysis feature in Swales.app helps users understand one of the most valuable resources on their property — by analysing soil classification, carbon content, nitrogen levels, texture, pH, and nutrient retention capacity.
Whether you're planning a food forest, regenerative farm, orchard, homestead, grazing system, or agricultural investment, understanding your soil is the foundation of long-term productivity and resilience.
Healthy soil creates healthy ecosystems, healthy crops, and sustainable landscapes — and Swales.app helps you uncover the potential hidden beneath your feet.