Global Biodiversity Standard: July 2024 CER-K Successes
TL;DR: The Global Biodiversity Standard offers a comprehensive approach to ecosystem restoration, uniquely integrating ecological integrity with social benefits and long-term monitoring for sustainable impact.
- TGBS mandates ecosystem and social benefits assessments.
- Baseline surveys quantify degradation for restoration plans.
- Native seed banks and erosion control methods are used.
- Ecosystem integrity is scored with clear metrics.
- Adaptive management ensures long-term ecological gains.
Why it matters: This standard provides a robust framework to achieve verifiable biodiversity uplift and empower local communities, moving beyond superficial environmental claims.
Do this next: Explore TGBS assessment templates to evaluate biodiversity in your own project.
Recommended for: Practitioners and organizations seeking a comprehensive and verifiable standard for ecological restoration and community uplift.
The July 2024 newsletter from the Global Biodiversity Standard details achievements at the Centre for Ecosystem Restoration Kenya (CER-K), where three members—Andrew Gichira, Jonathan Jenkins, and Teresiah Mungai—advanced in biodiversity restoration efforts. It spotlights TGBS certification, which uniquely mandates comprehensive biodiversity assessments evaluating both ecosystem integrity (e.g., species composition, structural diversity, functional processes) and social benefits (e.g., community livelihoods, equitable resource access). Practical details include CER-K's application of TGBS protocols in Kenyan landscapes: baseline surveys using quadrats and camera traps to quantify degradation, followed by restoration plans with native seed banks, live staking for erosion control, and mycorrhizal inoculants to boost plant establishment. Gichira's involvement as a TGBS trainer provides step-by-step methodologies, such as scoring ecosystem integrity via metrics like canopy cover (>80% target), soil organic matter increase (20% within two years), and pollinator diversity indices. The newsletter reports CER-K's success in accrediting sites, integrating social audits where local communities co-design projects, ensuring 30% employment for women and youth. Insights emphasize TGBS's edge over generic standards by requiring longitudinal monitoring (5-10 years) with adaptive management, e.g., adjusting grazing regimes based on biomass thresholds to prevent overgrazing while enhancing forage quality. Concrete outcomes from CER-K: restored 500 hectares with 40% biodiversity uplift, improved water infiltration by 50%, and carbon sequestration rates of 10 t/ha/year. Methods draw from Gichira's botany expertise, incorporating genetic diversity screening via SSR markers to avoid maladaptation. For practitioners, it offers templates for assessments, case examples of integrating TGBS into payment-for-ecosystem-services schemes, and lessons on scaling via trainer networks. This regenerative context prioritizes nature-based solutions, showing how standards like TGBS drive measurable ecosystem recovery while aligning with global goals like Kunming-Montreal Framework. The piece provides actionable depth, from field protocols to policy advocacy, equipping restorationists with tools for high-integrity projects.