Αναστασία Πούρνου
Biographic Data
| ID | 6451463 |
|---|---|
| NAME | Αναστασία Πούρνου |
| GIVEN NAMES | Αναστασία |
| FAMILY NAME | Πούρνου |
| SIGNATURE | ΠΟΎΡΝΟΥ Α |
| AFFILIATIONS | Technological Educational Institute of Athens |
| ORCID | 0000-0002-5394-2355 |
| VERIFIED | Yes |
| TOTAL WORKS | 5 |
| TOTAL CITATIONS | 7 |
| AUTHOR COUNT | 5 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2001 |
| LATEST PUBLICATION YEAR | 2017 |
| H-INDEX | 2 |
Assessing the Long-Term Efficacy of Geotextiles in Preserving Archaeological Wooden Shipwrecks in the Marine Environment
Selective reburial
Wet charred wood
Deterioration Assessment of Waterlogged Archaeological Lignocellulosic Material via 13 C Cp/Mas NMR
This study investigates the residual chemical composition of waterlogged archaeological lignocellulosic material found in Greece. Hazelnut pericarps and oak wood found in a 16th‐century wreck, along with endocarps of olives dated at 300 bc , were examined. 13 C CP/MAS NMR was applied to compare fresh and waterlogged archaeological materials. Results show qualitative alterations in their composition. The virtual absence of peaks at ~21 ppm and ~17…
Biodeterioration dynamics of marine wreck-sites determine the need for their in situ protection
The condition of a wooden shipwreck varies considerably according to the nature of the site environment. Each marine site exhibits a unique biodeteriogenic potential influenced by prevailing hydrographic factors. The potential rate of degradation of organic archaeological material can be determined by monitoring the diversity and activity of marine organisms and is important in determining if in situ protection is required. To illustrate the dete…
Assessing the Long-Term Efficacy of Geotextiles in Preserving Archaeological Wooden Shipwrecks in the Marine Environment
Selective reburial
Biodeterioration dynamics of marine wreck-sites determine the need for their in situ protection
The condition of a wooden shipwreck varies considerably according to the nature of the site environment. Each marine site exhibits a unique biodeteriogenic potential influenced by prevailing hydrographic factors. The potential rate of degradation of organic archaeological material can be determined by monitoring the diversity and activity of marine organisms and is important in determining if in situ protection is required. To illustrate the dete…
Wet charred wood
Biodeterioration dynamics of marine wreck-sites determine the need for their in situ protection
The condition of a wooden shipwreck varies considerably according to the nature of the site environment. Each marine site exhibits a unique biodeteriogenic potential influenced by prevailing hydrographic factors. The potential rate of degradation of organic archaeological material can be determined by monitoring the diversity and activity of marine organisms and is important in determining if in situ protection is required. To illustrate the dete…
Deterioration Assessment of Waterlogged Archaeological Lignocellulosic Material via 13 C Cp/Mas NMR
This study investigates the residual chemical composition of waterlogged archaeological lignocellulosic material found in Greece. Hazelnut pericarps and oak wood found in a 16th‐century wreck, along with endocarps of olives dated at 300 bc , were examined. 13 C CP/MAS NMR was applied to compare fresh and waterlogged archaeological materials. Results show qualitative alterations in their composition. The virtual absence of peaks at ~21 ppm and ~17…
Wet charred wood
Selective reburial
Assessing the Long-Term Efficacy of Geotextiles in Preserving Archaeological Wooden Shipwrecks in the Marine Environment
Geology (5 works) · Archaeology (4 works) · Environmental Science (4 works) · Geography (4 works) · Biology (2 works) · Building materials and conservation (2 works) · Chemistry (2 works) · Conservation Techniques and Studies (2 works) · Cultural Heritage Materials Analysis (2 works) · Ecology (2 works)