Above-Ground Biomass in Forest (tonnes/ha) 2016

Leading Countries in Above-Ground Biomass in Forest (tonnes/ha) in 2016

In 2016, the country with the highest recorded Above-Ground Biomass in Forest (tonnes/ha) was Micronesia (Fed. States of) at 500.39 tonnes per hectare, showcasing the upper range of global biomass statistics, which spanned from 0.00 to 500.39 tonnes/ha. The global average for above-ground biomass was 126.59 tonnes/ha, while the median stood at 112.05 tonnes/ha. This stark contrast highlights significant disparities in forest carbon storage capabilities across different nations.

Geographic Influences on Above-Ground Biomass

The geographic characteristics of a country play a crucial role in determining its above-ground biomass levels. Tropical regions, with their lush vegetation and diverse ecosystems, tend to have higher biomass values. For example, Guyana follows closely behind Micronesia with 498.96 tonnes/ha, largely due to its extensive rainforest coverage. Similarly, Palau, with 416.21 tonnes/ha, benefits from its tropical climate and rich biodiversity. In contrast, nations with arid or semi-arid climates, such as Saudi Arabia at 26.61 tonnes/ha, exhibit minimal biomass due to limited forested areas and lower vegetation density.

Year-over-Year Changes and Their Implications

In analyzing the changes in above-ground biomass from 2015 to 2016, several countries exhibited notable increases. For instance, Tunisia experienced the most significant rise with an increase of 13.66 tonnes/ha, or 27.9%, indicating successful reforestation efforts and improved forest management practices. Similarly, Mauritania saw an increase of 10.26 tonnes/ha (24.3%), reflecting positive trends in its forestry policies. On the other hand, countries like Burkina Faso and Philippines faced declines of -1.83 and -1.28 tonnes/ha, respectively, suggesting challenges such as deforestation and land degradation that need to be addressed.

Economic Development and Forest Biomass Correlation

The relationship between economic development and forest biomass is complex. Wealthier nations often have the resources to invest in sustainable forestry practices, which can enhance biomass levels. For example, New Zealand, with an above-ground biomass of 294.15 tonnes/ha, has implemented effective forest management strategies that promote carbon storage. In contrast, countries with limited economic resources, like Turkmenistan at 4.24 tonnes/ha, struggle with low biomass levels, primarily due to insufficient investment in forest conservation and sustainable practices. This highlights the need for international support and investment in forestry initiatives to improve biomass levels in developing countries.