Huum Bioreclamation

"By harnessing the power of microbial communities to drive sustainable solutions, we have the opportunity to deliver a wide range of environmental benefits, from carbon sequestration and greenhouse gas reduction to bioremediation and ecosystem restoration."

One Health, One Future: The Promise of Microbiome Science for Environmental This is an in-depth article. You can find an easier to consume LinkedIn article here.

"The loss of SIC due to soil acidification, climate change, and land-use changes can have detrimental effects on soil health, ecosystem functioning, and the ability of soils to store and cycle carbon and nutrients."



https://www.huumbio.com.au/articles/exploring-the-dynamics-of-soil-inorganic-carbon-implications-for-soil-hea

"Traditionally, the 30:1 C:N ratio has been regarded as the gold standard for composting, as it is believed to provide an ideal balance of nutrients for microorganisms to efficiently break down organic matter. However, the Tian et al. (2019) study suggests that this ratio may not be universally optimal, particularly when the goal is to enhance soil carbon sequestration."

Rethinking the 30:1 Carbon-to-Nitrogen Ratio: Insights from Tropical Fores This is an in-depth article. A shorter version can be found here. Introduction: A recent study by Tian et al. (2019) has provided intriguing insights into the complex dynamics of soil carbon cycling in tropical forests, revealing findings that challenge the conventional wisdom of the 30:1