A controversy currently exists regarding the number of Toba eruptive events represented in the tephra occurrences across peninsular India. Some claim the presence of a single bed, the 75,000-yr-old Toba tephra; others argue that dating and archaeological evidence suggest the presence of earlier Toba tephra. Resolution of this issue was sought through detailed geochemical analyses of a comprehensive suite of samples, allowing comparison of the Indian samples to those from the Toba caldera in northern Sumatra, Malaysia, and, importantly, the sedimentary core at ODP Site 758 in the Indian Ocean - a core that contains several of the earlier Toba tephra beds. In addition, two samples of Toba tephra from western India were dated by the fission-tr...
A detailed study was conducted on the tephra deposits that were found in several locations in the Pe...
A dispersed volcanic ash layer was recovered at similar to 300 cm depth in a 5.52 m long sediment co...
Provenance studies of widely distributed tephra deposits are important to deduce systematic changes ...
A controversy currently exists regarding the number of Toba eruptive events represented in the tephr...
Uncertainty over the identity and age of Toba tephras across peninsular India persists, with radiome...
Uncertainty over the identity and age of Toba tephras across peninsular India persists, with radiome...
The Toba Caldera on Sumatra, Indonesia is the host of the Young Toba eruption (~74 ka), globally one...
Tephra, emplaced as a result of Pleistocene eruption of the Indonesian ‘supervolcano’ Toba, occurs a...
John A. Westgate, Philip A.R. Shane, Nicholas J.G. Pearce, William T. Perkins, Ravi Korisettar, Crai...
Investigation of the climatic and environmental impacts of the Youngest Toba Tuff (YTT, ~74 ka BP) e...
Determination of the area density of spontaneous fission tracks (ρs) in glass shards of Toba tephra ...
International audienceThe Indonesian Young Toba Tuff (YTT), classically dated around 74 ka BP, is co...
Volcanic glasses with minor mafic mineral fragments, such as biotite and hornblende, found in deep-s...
Hominins living in southern India 74,000 years ago faced a deteriorating environment, as the global ...
Hominins living in southern India 74,000 years ago faced a deteriorating environment, as the global ...
A detailed study was conducted on the tephra deposits that were found in several locations in the Pe...
A dispersed volcanic ash layer was recovered at similar to 300 cm depth in a 5.52 m long sediment co...
Provenance studies of widely distributed tephra deposits are important to deduce systematic changes ...
A controversy currently exists regarding the number of Toba eruptive events represented in the tephr...
Uncertainty over the identity and age of Toba tephras across peninsular India persists, with radiome...
Uncertainty over the identity and age of Toba tephras across peninsular India persists, with radiome...
The Toba Caldera on Sumatra, Indonesia is the host of the Young Toba eruption (~74 ka), globally one...
Tephra, emplaced as a result of Pleistocene eruption of the Indonesian ‘supervolcano’ Toba, occurs a...
John A. Westgate, Philip A.R. Shane, Nicholas J.G. Pearce, William T. Perkins, Ravi Korisettar, Crai...
Investigation of the climatic and environmental impacts of the Youngest Toba Tuff (YTT, ~74 ka BP) e...
Determination of the area density of spontaneous fission tracks (ρs) in glass shards of Toba tephra ...
International audienceThe Indonesian Young Toba Tuff (YTT), classically dated around 74 ka BP, is co...
Volcanic glasses with minor mafic mineral fragments, such as biotite and hornblende, found in deep-s...
Hominins living in southern India 74,000 years ago faced a deteriorating environment, as the global ...
Hominins living in southern India 74,000 years ago faced a deteriorating environment, as the global ...
A detailed study was conducted on the tephra deposits that were found in several locations in the Pe...
A dispersed volcanic ash layer was recovered at similar to 300 cm depth in a 5.52 m long sediment co...
Provenance studies of widely distributed tephra deposits are important to deduce systematic changes ...