Chinese researchers have found that the responses of subsoil organic carbon (SOC) to climate warming and cooling in alpine grasslands on the Qinghai-Tibet Plateau are determined by the microbial community, rather than its molecular composition. The study provides a new theoretical basis for better understanding and predicting the formation and changes of soil carbon pools in alpine grassland ecosystems against the backdrop of climate change, according to researchers.
'https://cdn1.cdn-telegram.org/file/aB8bSSWpa7IrS97gEjzVvHTS20gkH0-_Es8pOZpiPdY5PuC3jEkzAv0Nn-ZPjXtX_IDqoRK_gwYRkU3WvdYrsnayjVQoiP2NYy9kLKQHBibV0BUHKD0xtnouBEaPHzkv1KLYYAL6SaMda2Hlq6gbo9q_ETLeSaNBUElrP8zNJp_fNlN3iC7_AVbqDrwT8T3c4mB3Cfie94ri_CgmFfY7r_yLUmKCQwF_b4dWn5X7Fi2skaS50YTPH7CTZk9sLbjE94k3AHeC003CeCToestLti4z9VEmUcrtaZeltjNWmCaHizu_u40A22rtdF-gbqg_5QpDzxOAGWk6R8k2kL3TYg.jpg'
Source: [People's Daily China](
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People's Daily, China
Chinese researchers have found that the responses of subsoil organic carbon (SOC) to climate warming and cooling in alpine grasslands on the Qingha...
