Growing biomass

Description

Growing biomass is the deliberate production and accumulation of biological material—such as crops, trees, algae, or microbial matter—to supply food, feed, fibre, fuel, soil amendments, carbon storage, and industrial resources. It involves selecting productive species, managing land, water, nutrients, and ecosystems, and harvesting or retaining biomass sustainably. The strategy addresses resource scarcity, soil degradation, climate pressures, waste reduction, and dependence on finite or polluting materials while avoiding ecosystem damage and competition with food production.

Context

Growing biomass became a recognized global strategy during the twentieth century, as population growth, industrial agriculture and concerns over finite fossil resources highlighted the need to increase biological production. Initially associated mainly with higher crop yields and forest productivity, it was later understood more broadly through bioenergy, aquaculture, microbial production and engineered ecosystems. Contemporary appreciation emphasizes both its potential for food, materials and carbon management and the ecological limits imposed by land, water, nutrient and biodiversity constraints.

Claim

Growing biomass is an essential strategy for building a sustainable future. It captures carbon, restores degraded ecosystems, improves soil health, supports biodiversity, and provides renewable materials and energy. Expanding responsible biomass production can reduce dependence on fossil fuels while strengthening rural economies and food-system resilience. Ignoring its potential would be short-sighted. With careful management to prevent deforestation and competition with food crops, growing biomass should be a major global priority.

Counter-claim

Growing biomass is not an important strategy at all. It is an inefficient, land-hungry approach that competes with food production, consumes water, threatens biodiversity, and can release substantial emissions when forests or habitats are cleared. Rather than expanding biomass, we should prioritize genuinely clean, scalable solutions such as energy efficiency, wind, solar, storage, and electrification. Treating biomass growth as a major climate strategy is misguided and risks delaying more effective action.