Environmental deterioration and conservation of Ramses III's Sandstone Temple, Karnak, Luxor

1. Abd El-Hady M., (1995). Ground Water and the Deterioration of Islamic Buildings in Egypt, the Restoration and Conservation of Islamic Monuments in Egypt, Ed. J.L. Bachrach. Cairo: American University in Cairo Press, PP. 126-142.

2. Andrew C., Hallsworth C., (1999).  Processes controlling the composition of heavy mineral assemblages in sandstones, Sedimentary Geology, Volume 124, Issue 1, P. 3–29.

3. Ayman A., Graham E., (2014). Water Use at Luxor, Egypt: Consumption Analysis and Future Demand Forecasting, Environ Earth Sci, PP. 1041-1053.

4. Brai M., Casaletto M., Gennaro G., Marrale M., Schillaci  T. and Tranchina  L., (2010). Degradation of Stone Materials in the Archaeological Context of the Greek-Roman Theatre in Taormina (Sicily, Italy). Applied Physics A: Materials Science & Processing, 100, PP. 945-951.

5. Carroll D., (1970).  Rock Weathering , (Plenum Press, New York.

6. Charola E., Pühringer J. & Steiger M., (2007). Gypsum: A Review of its Role in the Deterioration of Building Materials, Environ Geol., No. 52, Pp 339–352.

7. Colas E., Mertz J., Thomachot D., Barbin, F. & Rassineux F., (2011). Influence of the Clay Coating Properties on the Dilation Behavior of Sandstones, Appl. Clay Sci., pp. 245-252.

8. Dietrich D & Rosemarie  K., (2001). The Building Stones of Ancient Egypt– A Gift of Its Geology, African Earth Sciences 33, 631–642

9. Domsch, K., Gams W., & Anderson T., (1980). Compendium of Soil Fungi, Vol.1-2. London: Academic Press.

10. El-Gohary, M., (2010). Investigations on Limestone Weathering of El-Tuba Minaret El Mehalla, Egypt: A Case Study, Mediterranean Archaeology and Archaeometry, Vol. 10, No.1, Pp. 61-79.

11. Es-Saghir M, Dominique V., (1979). The discovery of komir temple, preliminary report. In, Institute Francais D' Archeologie Oriental (BIFAOC), Tome 83, Cairo, 149-170.

12. Cox G., Price  B., & Harte B., (1974). An Introduction to the Practical Study of Crystals, Minerals and Stones, London, P. 191.

13. Hajpa´l  M., Torok A., (2004). Mineralogical and Color Changes of Ouartz Sandstones by Heat, Environmental Geology 46, P. 311-322.

14. Ismail  B., (2001). Weathering Process and Modes of Conservation Limestone Blocks of Karnak Temples, Luxor, Egypt, Journal of the Faculty of Archaeology, Cairo University, Vol.4, PP. 25-62.          

15. Kamally A., (2012). Salt Damage on the Wall Reliefs of Dendera Temple, Egypt, E- Conservation magazine, No. 23, Pp.57-70

16. Leisen H., Verbeek C., & Krause S., (2008). Aspects of Conservation in the Excavation Site of the Athribis Temple in Egypt, Environ Geol., No. 56, Pp. 689–697.

17. Mackr C., Mack F., and Anne E.,(2003). Assessing Cleaning and Water-repellent Treatments for Historic Masonry Buildings, Technical Preservation Services, National Park Service, U.S. Department of the interior.

18. Mahmoud H., Kantiranis, N, Stratis, J (2010). Salt damage on the wall paintings of the festival temple of thutmosis III, Karnak temples complex, Upper Egypt, A case study, International Journal of conservation Science, Volume 1, Issue 3, 133-142.

19. Maureen E, Urquhart D., Laing R., (2003). Maintenance and Repair Issues for Stone Cleaned Sandstone and Granite Building Facades, Building and Environment, 38, Pp.1125 : 1131.

20. Mccabe S, Smith B., Warke P (2010). Exploitation of Inherited Weakness in fire-damaged Buildings and Stone, the ‘Fatiguing’ of ‘Shocked’ Stone. Journal of Engineering Geology, N.115, PP. 217–225.

21. Michael S., Charola A, (2001). Weathering and Deterioration of stone In stone in architecture, properties, durability, 4th edition, Springer Heidelberg Dordrecht, LondonNew York, 227-316.

22. Nabil A., (2014). The Deterioration Problems of the Wall Reliefs of Komir Temple, Esna, Egypt, Mediterranean Archaeology and Archaeometry, Vol. 14, No 1, PP.201-219.

23. Nijland T. Dubelaar ., Van Hees R., Linden T., (2003). Black Weathering of Bentheim and Obernkirchen Sandstone, Heron, 48, Pp. 179-195.

24. Nord A., Tronner, K., (1995). Effect of Acid Rain on Sandstone: The Royal Palace and the Riddarholm Church, Stockholm, Water, Air and Soil Pollution, Vol. 85, P. 2719–2724.

25. OkaforN. & Ejiofor, A., (1985). The Linamarase of Leuconostoc Mesenteroides: Production, Isolation and some Properties, J. Sci. Food Agric., Vol. 36, PP. 669-678.

26. Polo A, Cappitelli F., Brusetti L., Principi P., Villa F.,  Giacomucci L., Ranalli  &  Sorlini C., (2010). Feasibility of Removing Surface Deposits on Stone Using Biological and Chemical Remediation Methods, Microbial Ecology, vol. 60, no. 1, pp. 1–14, View at Publisher · View at Google Scholar · View at Scopus.

 27. Raper K., & Fennell, D., (1965). The Genus Aspergillus, Baltimore: Williams & Wilkins Company.

28. Rebricova N., & Ageeva, E., (1995). An Evaluation of Biocide Treatments on the Stone are of Basical, In: Methods of Evaluating Products for the Conservation of Porous Building Materials in Monuments, preprints of the international colloquium, Rome, 19-21 June.

29. Said R, (1962). The Geology of Egypt, Elsevier, New York, P. 99.

30. SalehS., &  Helmi  F., (1992). Study and Consolidation of Sandstone: Temple of Karnak, Luxor, Egypt, Studies in Conservation, Vol.37, Issue 2, PP. 93-104.

31. Salman, A., (2010). Environmental Impact and Natural Hazards on Kharga Oasis Monumental Sites, WesternDesert of Egypt, Journal of African Earth Sciences 58, PP.342-351.

32. Torraca  G., (1981). Porous Building Materials Science for Architectural Conservation, International Center for the Study of the Preservation and Restoration of Cultural Property, Rome, PP. 64-66.

33. Warscheid Th., & Braams J., (2000). Biodeterioration of Stone: A Review, International Biodeterioration & Biodegradation, Vol. 46, Pp. 343–368.