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Health & Science5h 28m ago
A new study found that fungi enhance carbon accrual when biochar and compost are added to nutrient-deficient urban soils.
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Beijing, China
Who
Dr. Qun Gao, Dr. Ling Han
What
A new study found that fungi enhance carbon accrual when biochar and compost are added to nutrient-deficient urban soils.
When
Thu, 11 Jun 2026 21:30:00 GMT · 5h 28m ago
Where
Beijing, China ·
Why
The study aims to understand how biochar and compost affect soil carbon and nitrogen storage in different urban soil conditions.
The Frontline Impact
How this affects you
This research suggests that applying biochar and compost strategically to nutrient-poor urban greenspaces could improve soil fertility and significantly enhance urban carbon storage, impacting climate-friendly urban management.
Story chain
5 events in this thread- Health & Science5h 28m agoA new study published in Biochar suggests that the success of common soil restoration practices may depend strongly on the balance between fungi and bacteria already living in the soil.Open article
- Health & Science5h 28m agoA new study published in Biochar suggests that the success of common soil restoration practices may depend strongly on the balance between fungi and bacteria already living in the soil.Open article
- Currently Reading5h 28m agoA new study found that fungi enhance carbon accrual when biochar and compost are added to nutrient-deficient urban soils.
- Health & Science5h 28m agoA new study published in Biochar suggests that the success of common soil restoration practices may depend strongly on the balance between fungi and bacteria already living in the soil.Open article
- Health & Science5h 28m agoA new study published in Biochar suggests that the success of common soil restoration practices may depend strongly on the balance between fungi and bacteria already living in the soil.Open article