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Magnetically separable Fe-MIL-88B_NH2 carbonaceous nanocomposites for efficient removal of sulfamethoxazole from aqueous solutions
Ou Y., Yao L., Bai C., Peng G., Li Y., Luque R.
Magnetically separable Fe-MIL-88B_NH2 carbonaceous nanocomposites for efficient removal of sulfamethoxazole from aqueous solutions
Ou Y., Yao L., Li Y., Bai C., Luque R., Peng G.
response. Magnetic nanocomposites carbonized at 700 °C showed high efficiency for sulfamethoxazole (SMX
Soil Organic Carbon Increases With Decreasing Microbial Carbon Use Efficiency During Vegetation Restoration
Shi J., Deng L., Wu J., Bai E., Chen J., Shangguan Z., Kuzyakov Y.
soil C as expected. The shift in soil pH was the most important predictor of CUE compared to climate
Dysregulated iron metabolism-associated dietary pattern predicts an altered body composition and metabolic syndrome
Cempaka A.R., Tseng S.-H., Yuan K.-C., Bai C.-H., Tinkov A.A., Skalny A.V., Chang J.-S.
Soluble CD163-Associated Dietary Patterns and the Risk of Metabolic Syndrome
Hu T.-Y., Lee S.-Y., Shih C.-K., Chou M.-J., Wu M.-C., Teng I.-C., Bai C.-H., Sabrina N., Tinkov A.A., Skalny A.V., Chang J.-S.
Belowground allocation and fate of tree assimilates in plant–soil–microorganisms system: 13C labeling and tracing under field conditions
Bai X., Huang Y., Wang B., Kuzyakov Y., An S.
% of the aboveground carbon (C) and 40% of soil C globally. However, there is currently little information regarding
Belowground allocation and fate of tree assimilates in plant–soil–microorganisms system: 13C labeling and tracing under field conditions
Bai X., Huang Y., Wang B., Kuzyakov Y., An S.
% of the aboveground carbon (C) and 40% of soil C globally. However, there is currently little information regarding
Belowground allocation and fate of tree assimilates in plant–soil–microorganisms system: 13C labeling and tracing under field conditions
Bai X., An S., Huang Y., Wang B., Kuzyakov Y.
assimilate allocation from above- to belowground increased 13C recovery in roots from 0.4% at 6 h
Inorganic Carbon Pools and Their Drivers in Grassland and Desert Soils
Dong L., Ran J., Luo J., Bai L., Sun Y., Aqeel M., Zhang Y., Wang X., Du Q., Xiong J., Gong H., Hou Q., Deng Y., Xia R., Wang L., Li F., Dong C., Hu W., Peng J., Filimonenko E., Alharbi S., Zhu J., Li X., Li C., He J.-S., Niklas K., Kuzyakov Y., Deng J.
, dominated in grasslands, accounting for 60% of SIC with an area-weighted density of 3.4 ± 0.4 kg C m−2 at 0
Flat cyclic Fréchet modules, amenable Fréchet algebras, and approximate identities
Pirkovskii A.YU.
and Sheinberg. To this end, we introduce a notion of "locally bounded approximate identity" (a locally b.a.i

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