Paleo-wildfires are of great significance in the study of paleomire ecosystems. The products
of such fires preserved in paleomires can provide detailed information for the reconstruction …

The high frequency of fires during the formation of some mire systems in the Jurassic is
thought to have influenced how terrestrial ecosystems evolved. Ancient mires, now present …

Permeability plays a significant role in the economic viability of coalbed methane (CBM)
development. In China, in situ permeability obtained from injection fall-off tests range from …

Petrological and mineralogical features are key for inferring palaeoenvironmental and
sedimentary conditions of coal-bearing sediments. Following the logging of a borehole core …

Wildfires were prominent in Earth's terrestrial ecosystems during the Cretaceous
greenhouse period with significant climate and vegetation evolution. In this study, we …

In this study, δ 13 C, δ 15 N, and nitrogen functional forms were used to evaluate the effects
of contact metamorphism on inertinite-rich Main Karoo Basin coals (South Africa). Eighteen …

The Albian in the early Cretaceous was a period with extensive and frequent wildfires, yet
the wildfire types, intensity, and implications are not well understood due to the lack of …

Peatlands, an important organic carbon reservoir, play a crucial role in the global carbon
cycle. The carbon accumulation of peatlands, reflected by net primary productivity (NPP) …

The occurrence of palaeowildfires in terrestrial ecosystems coincides with the colonization of
plants, rendering it one of the most significant geological events and holding paramount …

Fusain in coal or sediments is generally thought to originate from wildfire. In order to test this,
eight fusain layers (1–30 mm thick) were analysed for organic petrography, total carbon …