Anomalies of methane, heavier hydrocarbons, and altered carbonates in Xinchang gas field.

<p>(a) Methane (SC1) and heavier hydrocarbons (SC2+) along Profile A. (b) Methane (SC1) and heavier hydrocarbons (SC2+) along Profile B. (c) Altered carbonates (△C%) along Profile A. (d) Altered carbonates (△C%) along Profile B. Test sites from left to right in the figure extend towards northe...

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Bibliographic Details
Main Author:	Haoqi Wang (6534551) (author)
Other Authors:	Maoyi Tang (20776183) (author), Huimin Yun (10347803) (author), Zhourong Ke (20776186) (author), Guojian Wang (117414) (author), Chongxin Huang (18359829) (author), Weiwei Ji (12172293) (author), Caixin Pu (20776189) (author), Junhong Tang (1572472) (author)
Published:	2025
Subjects:	Ecology Mental Health Infectious Diseases Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified carbon isotope profile xinchang gas field greenhouse gas analyzer methane release patterns geological methane emissions atmospheric methane level global climate change analyze geochemical anomalies suggesting methane migration investigating migration mechanism managing methane microseepage soil gas samples natural gas reservoirs surface methane flux migration mechanism methane microseepage soil samples gas reservoirs surface flux spiked anomalies mild climate work align test area stringent regulation results indicate previous studies hydrolyzed hydrocarbons hydrocarbon composition factors affecting critical factor close monitoring altered carbonates also suggested accurate monitoring ac co ac ).
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Anomalies of methane, heavier hydrocarbons, and altered carbonates in Xinchang gas field.

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