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Abstract
Objective: Estimate branchless trunk biomass and carbon storage in Laguncularia racemosa.
Design/methodology/approach: Dasometric inventories were conducted at 24 monitoring sites, and biomass and carbon storage were estimated using allometric equations. Wolfram Mathematica® software was utilized for simulations and to calculate the model’s correlation coefficient.
Results: Maximum values of 127.08 Mg·ha⁻¹ for branchless trunk biomass and 60.99 MgC·ha⁻¹ for carbon storage were obtained. The simulation showed a correlation coefficient of R² = 0.805182 based on the collected data.
Limitations on study/implications: The study focuses exclusively on Laguncularia racemosa within the Ejido La Solución Somos Todos in Tabasco, Mexico, which limits the applicability of the findings to other mangrove species or regions with different environmental conditions.
Findings/conclusions: The mangroves in the Ejido La Solución Somos Todos demonstrate high biomass yield and significant carbon storage capacity. Continued research and development of conservation strategies are essential, given the critical role mangroves play in climate change mitigation.