🌾 Efficacy of Four Non-destructive Methods for Estimating Aboveground Biomass in Subtropical Grasslands 🌱

Estimating aboveground biomass is crucial for understanding ecosystem health, carbon storage, and sustainable land management 🌍📊. Traditionally, biomass measurement involves destructive sampling, which can harm delicate ecosystems ❌🌾. Fortunately, non-destructive methods offer an eco-friendly alternative, allowing scientists to monitor plant growth and productivity without harming the grasslands 🌱🔬.

In this study, four non-destructive approaches were tested to estimate biomass in subtropical grasslands 🌞🌿. These methods include remote sensing via drones 🚁📷, leaf area index measurements 🍃📏, visual height and cover assessments 🌱📐, and spectral analysis using portable sensors 🌈🔍. Each method was evaluated for accuracy, efficiency, and ease of use, helping researchers identify the best tools for sustainable monitoring.

The results showed that some methods are highly accurate and time-saving , while others provide rapid, large-scale estimates for landscape-level monitoring 🌍💚. By adopting non-destructive techniques, scientists and land managers can protect grassland biodiversity 🐝🦋, track ecosystem changes, and support climate-smart practices 🌞🌱. These findings highlight the growing role of technology in sustainable agriculture and ecological research 🔬⚡.

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