Sustainable soil solutions
Forests as natural barriers against soil erosion Forests act as natural protective layers for the soil. They prevent wind and rain from pounding the soil. This is crucial since wind and rain can displace soil quickly, resulting in significant losses… Read More
Understanding bio-restoration and climate action Bio-restoration is about leveraging the natural world to repair broken environments and aiding in climate mitigation. It does so by reviving native plants, repairing soils, and rejuvenating water flows to enable forests, grasslands, wetlands, and… Read More
Fungi in the web of life: roles, diversity, and impact Fungi are a crucial component of the web of life. They influence nutrient cycles, plant development, and ecosystem harmony. Their tentacled connections extend much deeper than we observe, connecting soil,… Read More
Why tropical forests matter for global biodiversity Tropical forests are among the planet’s most vital ecosystems for life on earth. Though they account for less than 10% of the earth’s land surface, they harbour at least two-thirds of all known… Read More
Understanding the link between deforestation and soil erosion Deforestation is the removal of trees or forests for agriculture, infrastructure or logging. This occurs globally—from the Amazon to Southeast Asia and even in arid regions of Africa. The primary motive behind… Read More
Understanding bio-restoration in forest ecosystems Bio-restoration is restoring forest health in natural ways, not simply planting trees or fertilizers. The concept was all about assisting the land’s own self-healing. In bio-restoration, we work with the way nature works. It capitalizes… Read More
Pioneer plants as catalysts for forest recovery Pioneer plants play a special role in forest recovery, often acting as the first wave of life that paves the way for more complex ecosystems. These are plants that thrive on difficult, exposed… Read More
Forests as climate regulators For so many reasons, forests are climate and climate is forests. They blanket a third of Earth’s land, span continents and touch billions of lives. Their impact extends well beyond their stature — impacting the globe’s… Read More
Understanding erosion in forested environments Erosion in forests appears in a multitude of guises, forged by natural processes and mankind alike. Understanding how this process works is crucial to quantifying and monitoring change in any forested landscape. Erosion in such… Read More
Understanding bio-restoration in the context of global deforestation Bio-restoration is when we employ nature and indigenous flora to restore forests that have been depleted. Unlike one-size-fits-all, single-species or exotic plant-based quick fixes, bio-restoration mimics nature by working with local plants… Read More
Understanding soil erosion in forest ecosystems Forest soil erosion is gradual, yet persistent, and can be primed by either nature or decision. Rainfall is one of the primary influencers. When hard rain falls on exposed earth, it carries off the… Read More
Imagine standing by your neighborhood stream after a heavy rainstorm, only to find it clouded with mud and debris, banks eroding, and fish nowhere in sight. This isn’t just an environmental issue—it’s a community concern, threatening everything from water quality… Read More
Have you ever wondered how scientists can truly tell if a damaged ecosystem is bouncing back, or just looking greener on the surface? Traditional monitoring might capture a snapshot, but it often misses the subtle, vital changes happening underground and… Read More
Understanding reforestation and its core objectives Reforestation is the intentional regeneration of forests where they have been depleted or damaged. It can begin with reforestation, letting forests regenerate, or agroforestry—a combination of both crops and trees. Reforestation is not a… Read More
Understanding erosion in natural environments Erosion in nature is a gradual, persistent force. Wind, water, and gravity erode rocks over millennia or even tens of millions of years, sculpting valleys and shifting earth. This occurs in numerous settings—sea cliffs, riversides,… Read More
Understanding the core principles and objectives Conventional reforestation involves planting trees, usually of the same or a limited number of varieties, to replace forests which were removed. This technique gets applied to restore forest cover quickly, particularly following logging, fires,… Read More
Why do so many well-intentioned tree planting efforts in drylands fall short? Despite best efforts, seedlings in arid reforestation sites often wither under scorching sun and depleted soils, leaving landscapes bare and hopes dashed. The missing link isn’t just water… Read More
Can you imagine harvesting more crops with less water, even during a scorching dry season? For smallholder farmers, every drop counts—and traditional watering methods often waste more than they save, leading to patchy fields and lost income. But what if… Read More