A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total organic carbon, stable carbon isotope and micro- and macrocharcoal was carried out on two peat cores collected from coastal area in southern Borneo. The study was conducted to understand the development and dynamics of the coastal peatlands, the Katingan in Borneo. Macrocharcoal analysis was conducted following protocols in Rhodes (1998) and Stevenson and Haberle (2005). Loss-on-ignition analysis was carried out following (Chambers et al., 2011)
The reconstruction of fire history is essential to understand the palaeoclimate and human history. P...
Tropical peat swamp forests are invaluable for their role in storing atmospheric carbon, notably in ...
A 9.5 m core from an inland peatland in Kalimantan, Indonesia, reveals organic matter accumulation s...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
Southeast Asian peatlands, along with their various important ecosystem services, are mainly distrib...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
Southeast Asian peatlands, along with their various important ecosystem services, are mainly distrib...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
The reconstruction of fire history is essential to understand the palaeoclimate and human history. P...
Tropical peat swamp forests are invaluable for their role in storing atmospheric carbon, notably in ...
A 9.5 m core from an inland peatland in Kalimantan, Indonesia, reveals organic matter accumulation s...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
Southeast Asian peatlands, along with their various important ecosystem services, are mainly distrib...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
Southeast Asian peatlands, along with their various important ecosystem services, are mainly distrib...
A multi-proxy palaeoecological investigation including pollen and spore, loss-on-ignition, total org...
The reconstruction of fire history is essential to understand the palaeoclimate and human history. P...
Tropical peat swamp forests are invaluable for their role in storing atmospheric carbon, notably in ...
A 9.5 m core from an inland peatland in Kalimantan, Indonesia, reveals organic matter accumulation s...