
Water Pooling Around Roots: How Volcanic Stone Can Improve Soil Drainage
A field-focused guide to diagnosing water pooling around roots and using agricultural volcanic stone as part of a balanced soil-drainage and irrigation strategy.
Topics about root-zone conditions, drainage, and soil-related plant problems.

A field-focused guide to diagnosing water pooling around roots and using agricultural volcanic stone as part of a balanced soil-drainage and irrigation strategy.

A practical guide to soil compaction and root aeration, including causes, field signs, particle-size selection, irrigation changes, traffic management, and volcanic-stone use.

Improve irrigation efficiency by managing root-zone structure, moisture distribution, drainage, emitter wetting patterns, and volcanic-stone particle size without relying on a fixed water-saving claim.

Seven practical steps for protecting plants from Saudi summer heat by balancing irrigation, drainage, aeration, shade, root health, and growing-media structure.

Yellow leaves can come from water, drainage, nutrients, salinity, light, heat, roots, pests, or disease. Use this diagnostic guide before treating the plant.

Learn why potting soil settles and shrinks, how decomposition and compaction change the root zone, and when topping up is not enough.

A practical guide to improving heavy clay soil by addressing drainage, compaction, root-zone volume, organic matter, and stable mineral structure.

Understand why seedlings die after planting or transplanting and how growing media, watering, heat, salinity, disease, and root-zone structure affect survival.

Find out why irrigation water pools around trees, how to diagnose the cause, and when irrigation, grading, drainage, or root-zone structure needs to change.

A wilted plant may be overwatered rather than thirsty. Learn how to distinguish drought from excess moisture, root problems, heat stress, and other causes.

Learn what causes soil compaction, how it affects roots, and how to rebuild pore space, drainage, and aeration with appropriate growing-media management.

Diagnose why soil stays wet, from compaction and fine particles to blocked outlets, overwatering, and field drainage, then match the solution to the real cause.