Table1_Soil Organic Carbon and Geochemical Characteristics on Different Rocks and Their Significance for Carbon Cycles.xls حسب Qiao Chen (641209)

"…<p>Soil organic carbon (SOC) is significant for soil quality and global carbon cycles. …"

Dissolved black carbon: unlikely a significant refractory dissolved organic carbon pool cycling in rivers and oceans حسب Yuanzhi Qi (8409158)

Change in atmospheric CO₂ concentration, and thus surface warming, differs significantly across the different pathways for the same amount of emitted carbon. حسب Alexander J. Winkler (19287082)

Cinacalcet administered early in the inactive phase markedly decrease parathyroid Ki-67 index. حسب Søren Egstrand (10906087)

Significantly Enriched Pathways. حسب Jiyong Zhang (2498740)

الموضوعات:

The level of miRNA 221 in the myocardium of MIRI mice was decreased. حسب Hongyu Li (1332669)

الموضوعات:

Photochemical enrichment of dissolved organic matter from different soils of a tidal river basin: significance to estuarine carbon cycle حسب Yuping Zhou (16610166)

"…Considering high proportion of humic-like components in photoreleased DOM, photochemical transformations of soils in tidal rivers would promote carbon export flux of estuaries to open seas. This study emphasizes the importance of soil photodissolution of tidal rivers in carbon transfer from lands to oceans.…"

Decrease of injuries. حسب Petr Fulin (8380320)

الموضوعات:

The Hidden Architects of the Ocean Carbon Cycle حسب Uria Alcolombri (20994630)

Heterogeneity of heterogeneity of enterprise life cycles. حسب Sen Wang (135167)

الموضوعات:

PCR cycle conditions. حسب Xuxi Cheng (22453447)

Map of Pakistan with marked Punjab province. حسب Sumaira Sumaira (21453523)

Decrease of admissions and lead diagnoses. حسب Petr Fulin (8380320)

الموضوعات:

Rhizosphere nitrogen cycle حسب Shending Chen (18291136)

"…We found that plants significantly stimulated heterotrophic nitrification of organic N (P < 0.001), a long-neglected N mineralization process, and microbial nitrate immobilization (P < 0.001), which were associated with the stimulation of dissolved organic carbon (C) (+12%), bacterial (+29%) and fungal (+19%) abundance. …"

Image_1_Stability of Organic Carbon Components in Shale: Implications for Carbon Cycle.JPEG حسب Sudeshna Basu (7880441)

"…<p>Stability and mobility of organic matter in shale is significant from the perspective of carbon cycle. Shale can only be an effective sink provided that the organic carbon present is stable and immobile from the host sites and, not released easily during geological processes such as low pressure-temperature burial diagenesis and higher pressure-temperature subduction. …"

Image_2_Stability of Organic Carbon Components in Shale: Implications for Carbon Cycle.JPEG حسب Sudeshna Basu (7880441)

"…<p>Stability and mobility of organic matter in shale is significant from the perspective of carbon cycle. Shale can only be an effective sink provided that the organic carbon present is stable and immobile from the host sites and, not released easily during geological processes such as low pressure-temperature burial diagenesis and higher pressure-temperature subduction. …"

Sensitivity analyses of seroprevalence with the largest sample size study omitted. حسب Yu Zhou (89766)

Chronic colitis induces marked changes in protein expression in the adult heart and blood. حسب Yanbo Tang (11457519)

Image_2_Photochemical enrichment of dissolved organic matter from different soils of a tidal river basin: significance to estuarine carbon cycle.jpeg حسب Yuping Zhou (1505920)

"…Considering high proportion of humic-like components in photoreleased DOM, photochemical transformations of soils in tidal rivers would promote the export flux of carbon from estuaries to open seas. This study emphasizes the importance of soil photodissolution of tidal rivers in the carbon transfer from lands to oceans.…"

Image_1_Photochemical enrichment of dissolved organic matter from different soils of a tidal river basin: significance to estuarine carbon cycle.jpeg حسب Yuping Zhou (1505920)

"…Considering high proportion of humic-like components in photoreleased DOM, photochemical transformations of soils in tidal rivers would promote the export flux of carbon from estuaries to open seas. This study emphasizes the importance of soil photodissolution of tidal rivers in the carbon transfer from lands to oceans.…"