Darith Ea
Biographic Data
| ID | 164898 |
|---|---|
| NAME | Darith Ea |
| GIVEN NAMES | Darith |
| FAMILY NAME | Ea |
| SIGNATURE | EA D |
| AFFILIATIONS | Cambodia-Oxford Medical Research Unit |
| VERIFIED | No |
| TOTAL WORKS | 7 |
| TOTAL CITATIONS | 16 |
| AUTHOR COUNT | 7 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2013 |
| LATEST PUBLICATION YEAR | 2021 |
| H-INDEX | 3 |
Angkorian Khmer stoneware
Two Traditions
The production of Khmer roof tiles underwent dramatic technical and stylistic changes during the pre-Angkorian (ca. c.e. 500–802) and Angkorian (c.e. 802–1431) periods. It has long been assumed that the regional expansion of Khmer political power and its intensive interregional trade and interactions with China during the Angkorian period were crucial factors in this transformation. This article presents the first integrated study on the producti…
Centralized power/decentralized production? Angkorian stoneware and the southern production complex of Cheung Ek, Cambodia
The Southeast Asian water frontier
New Dates for Old Kilns
Radiocarbon dates from recent excavations of a range of Angkorian Khmer (~9th–14th CE) stoneware kiln complexes provide a new and independent perspective on the timing and geography of Khmer ceramic production. These data demonstrate a clear two-phase sequence. The first, in the late 9th to late 12th centuries CE, marks a period of intensive production located both to the east of Angkor and to the south at Cheung Ek, south of Phnom Penh. A second…
Differentiating Khmer Stoneware Production
We report analytical results for stoneware samples from four excavated Angkor-period kilns in the Greater Angkor area. Previous work has suggested that establishing distinct chemical signatures for kiln complexes in this region is problematic. The current study highlights the effectiveness of neutron activation analysis (NAA) for differentiating the products of Angkorian kiln complexes; it also confirms the viability of a larger-scale research pr…
Uncovering archaeological landscapes at Angkor using lidar
Previous archaeological mapping work on the successive medieval capitals of the Khmer Empire located at Angkor, in northwest Cambodia (∼9th to 15th centuries in the Common Era, C.E.), has identified it as the largest settlement complex of the preindustrial world, and yet crucial areas have remained unmapped, in particular the ceremonial centers and their surroundings, where dense forest obscures the traces of the civilization that typically remai…
The Southeast Asian water frontier
New Dates for Old Kilns
Radiocarbon dates from recent excavations of a range of Angkorian Khmer (~9th–14th CE) stoneware kiln complexes provide a new and independent perspective on the timing and geography of Khmer ceramic production. These data demonstrate a clear two-phase sequence. The first, in the late 9th to late 12th centuries CE, marks a period of intensive production located both to the east of Angkor and to the south at Cheung Ek, south of Phnom Penh. A second…
Differentiating Khmer Stoneware Production
We report analytical results for stoneware samples from four excavated Angkor-period kilns in the Greater Angkor area. Previous work has suggested that establishing distinct chemical signatures for kiln complexes in this region is problematic. The current study highlights the effectiveness of neutron activation analysis (NAA) for differentiating the products of Angkorian kiln complexes; it also confirms the viability of a larger-scale research pr…
Centralized power/decentralized production? Angkorian stoneware and the southern production complex of Cheung Ek, Cambodia
Uncovering archaeological landscapes at Angkor using lidar
Previous archaeological mapping work on the successive medieval capitals of the Khmer Empire located at Angkor, in northwest Cambodia (∼9th to 15th centuries in the Common Era, C.E.), has identified it as the largest settlement complex of the preindustrial world, and yet crucial areas have remained unmapped, in particular the ceremonial centers and their surroundings, where dense forest obscures the traces of the civilization that typically remai…
Differentiating Khmer Stoneware Production
We report analytical results for stoneware samples from four excavated Angkor-period kilns in the Greater Angkor area. Previous work has suggested that establishing distinct chemical signatures for kiln complexes in this region is problematic. The current study highlights the effectiveness of neutron activation analysis (NAA) for differentiating the products of Angkorian kiln complexes; it also confirms the viability of a larger-scale research pr…
New Dates for Old Kilns
Radiocarbon dates from recent excavations of a range of Angkorian Khmer (~9th–14th CE) stoneware kiln complexes provide a new and independent perspective on the timing and geography of Khmer ceramic production. These data demonstrate a clear two-phase sequence. The first, in the late 9th to late 12th centuries CE, marks a period of intensive production located both to the east of Angkor and to the south at Cheung Ek, south of Phnom Penh. A second…
The Southeast Asian water frontier
Two Traditions
The production of Khmer roof tiles underwent dramatic technical and stylistic changes during the pre-Angkorian (ca. c.e. 500–802) and Angkorian (c.e. 802–1431) periods. It has long been assumed that the regional expansion of Khmer political power and its intensive interregional trade and interactions with China during the Angkorian period were crucial factors in this transformation. This article presents the first integrated study on the producti…
Centralized power/decentralized production? Angkorian stoneware and the southern production complex of Cheung Ek, Cambodia
Angkorian Khmer stoneware
Archaeology (7 works) · Archaeology and ancient environmental studies (6 works) · Geography (6 works) · Archaeological Research and Protection (5 works) · History (5 works) · Ancient history (3 works) · Cultural Heritage Materials Analysis (3 works) · Economy (3 works) · History (3 works) · Art (2 works)