Belowground Carbon Sequestration vital for forest regenerations and climate change mitigation.
While Mycorrhizal Fungi and trees relate to ecology and environmental sciences, data collection techniques can be structured similarly to business and IT research methodologies. Here are some practical methods:
Soil Sampling & Lab Analysis – Collect soil samples from tree root zones and analyze fungal composition using DNA sequencing or microscopy. Remote Sensing & GIS Mapping – Use drones or satellite imaging to track forest health and carbon sequestration impact. Stable Isotope Tracing – Measure carbon/nitrogen transfer between fungi and trees through carbon isotope labeling techniques. Tree Growth & Biomass Monitoring – Measure tree diameter, height, and canopy density using LiDAR technology to estimate carbon storage. Citizen Science & Crowdsourced Data – Engage forestry experts or communities in reporting soil and tree health indicators.
Cross-Disciplinary Approach: Researchers in environmental science, AI-driven analytics, and sustainable business intelligence could combine big data and business analytics techniques to model carbon storage efficiency.
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