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to BIBLIOGRAPHY OF PUBLICATIONS OF 137CESIUM STUDIES RELATED TO EROSION AND SEDIMENT DEPOSITION Jerry C. Ritchie Carole A. Ritchie Unites States Department of Agriculture Botanical Consultant Agriculture Research Service 12224 Shadetree Lane Hydrology and Remote Sensing Laboratory Laurel, MD 20708 USA BARC-West, Bldg. 007 Beltsville, MD 20705 USA USDA-ARS Hydrology and Remote Sensing Laboratory Occasional Paper HRSL-2008-02 December 15, 2008 1 BIBLIOGRAPHY OF PUBLICATIONS OF 137CESIUM STUDIES RELATED TO EROSION AND SEDIMENT DEPOSITION1 Jerry C. Ritchie Carole A. Ritchie Unites States Department of Agriculture Botanical Consultant Agriculture Research Service 12224 Shadetree Lane Hydrology and Remote Sensing Laboratory Laurel, MD 20708 USA BARC-West, Bldg. 007 Beltsville, MD 20705 USA Please provide citations for any missing publications to: Jerry C. Ritchie ([email protected]). 1. INTRODUCTION Soil erosion and its subsequent redeposition across the landscape is a major concern around the world. A quarter century of research has shown that measurements of the spatial patterns of radioactive fallout 137Cesium can be used to measure soil erosion and sediment deposition on the landscape. The 137Cs technique is the only technique that can be used to make actual measurements of soil loss and redeposition quickly and efficiently. By understanding the background for using the 137Cs technique to study erosion and sediment deposition on the landscape, scientists can obtain unique information about the landscape that can help them plan techniques to conserve the quality of the landscape. Research should continue on the development of the technique so that it can be used more extensively to understand the changing landscape. On 16 July 1945 at 1230 Greenwich Civil Time, nuclear weapon tests were begun that have released 137Cs and other radioactive nuclides into the environment. Over the 50+ years since this first test, much research 1 Document last updated on December 15, 2008. This document is a contribution of the USDA-ARS Hydrology and Remote Sensing Laboratory to the International Atomic Energy Agency CRP on AAssess the effectiveness of Soil Conservation techniques for sustainable watershed management and crop production using fallout radionuclides@ (D1-50-08). 2 has been done to understand the movement and fate of 137Cs in the environment. Many of these studies are critical for understanding the application of 137Cs to the study of soil erosion and the subsequent redeposition of the eroded particles on the landscape. This bibliography presents significant background publications that are useful to studies of erosion and sediment deposition using 137Cs. The bibliography also includes citations of reported studies of the use of 137Cs to measure either erosion or sediment deposition. While the bibliography is extensive, there are certainly publications that we have missed. There has been a rapid increase in publication related to the use of 137Cs related to the erosion and sedimentation (Fig. 1). However, we feel that this bibliography does demonstrate the widespread use and acceptance of 137Cs for measuring erosion and sediment deposition. We hope it will also be useful to those using or preparing to use 137Cs and will help promote the use of 137Cs in erosion and sediment deposition research and measurements. 2. BIBLIOGRAPHY (click on a letter to jump to the corresponding alphabetic grouping) A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A Aarkrog, A. 1988. Radiological impact of Chernobyl debris compared with that from nuclear weapons fallout. Journal of Environmental Radioactivity 6(2):151-162. Aarkrog, A., Q. Chen, H. Dahlgaard, S.P. Nielsen, A. Trapeznikov, and V. Pozolotina. 1997. Evidence of 99Tc in Ural river sediments. Journal of Environmental Radioactivity 37(2):201-213. Aarkrog, A., G. Dahlgaard, L. Hallstadius, H. Hansen, and E. Holm. 1983. Radiocesium from Sellafield effluents in Greenland water. Nature 304:49-51. Aarkrog, A., G. Dahlgaard, E.N. Karavaeva, N.V. Kulikov, K. Mittenar, I.V. Milchanov, S.P. Nielsen, V.N. Pozolotina, and G.G. Polikarpov. 1992. Long-lived radionuclide concentration in the soil and trees in nuclear accident area in the southern Urals. Ékologiya 4:50-55. (Russian) Aarkrog, A., H. Dahlgaard, S.P. Nielsen, V.N. Pozolotina, I.V. Molchanova, E.N. Karavaeva, P.Y. Yushkov, and A.V. Trapeznikov. 1998. Study on the contribution of major nuclear incidents to radioactive contamination of the Ural region. Russian Journal of Ecology 29(1):31-37. translated from Ékologiya (1998) 1:36-42 (Russian) Aarkrog, A., H. Dahlgaard, S.P. Nielsen, A.V. Trapeznikov, I.V. Molchanova, V.N. Pozolotina, E.N. Karavaeva, P.I. Yushkov, and G.G. Polikarpov. 1997. Radioactive inventories from the 3 Kyshtym and Karachay accidents: estimates based on soil samples collected in the South Urals (1990-1995). Science of the Total Environmental 201(2):137-154. Aalto, R., and W. Dietrich. 2005. Sediment accumulation determined with 210Pb geochronology for Strickland River flood plains, Papua New Guinea, p. 303-309. In: D.E. Walling and A.J. Horowitz(eds.). Sediment Budgets 1. International Association of Hydrological Sciences Publication 291, Wallingford, UK, IAHS Press. Abbene, I.J., S.J. Culver, D.R. Corbett, M.A. Buzas, and L.S. Tully. 2006. Distribution of foraminifera in Pamlico Sound, North Carolina, over the past century. Journal of Foraminiferal Research 36(2):135-151. Ab-Razak, I. A., A. Li, and E.R. Christensen. 1996. Association of PAHs, PCBs, 137Cs, and 210Pb with clay, silt, and organic carbon in sediments. Water Science Technology 34(7/8):29-35. Absalom, J. P., N.M.J. Crout, and S.D. Young. 1996. Modeling radiocesium fixation in upland organic soils of northwest England. Environmental Science and Technology 30(9):2735-2741. Absalom, J.P., S.D. Young and N.M.J. Crout. 1995. Radio-caesium fixation dynamics: Measurement in six Cumbrian soils. European Journal of Soil Science 46:461-469. Absalom, J.P., S.D. Young, N.M.J. Crout, A.F. Nisbet, R.F.M. Woodman, E. Smolders, and A.G. Gillett. 1999. Predicting soil to plant transfer of radiocesium using soil characteristics. Environmental Science and Technology 33(8):1218-1223. Absalom, J.P., S.D. Young, N.M.J. Crout, A. Sanchez, S.M. Wright, E. Smolders, A.F. Nisbet, and A.G. Gillett. 2001. Predicting the transfer of radiocaesium from organic soils to plants using soil characteristics. Journal of Environmental Radioactivity 52(1):31-43. Abril, J.M. 2004. Constraints on the use of Cs-137 as a time-marker to support CRS and SIT chronologies. Environmental Pollution 129(1):31-37. Abril, J.M. 2003. Difficulties in interpreting fast mixing in the radiometric dating of sediments using Pb-210 and Cs-137. Journal of Paleolimnology 30(4):407-414. Abril, J.M. and E. Fraga. 1996. Some physical and chemical features of the variability of Kd distribution coefficients for radionuclides. Journal of Environmental Radioactivity 30(3):253-270. Abril, J.M., and M. García-Leon. 1994. The integrated atmospheric flux effect in a radiogeochronological model. Journal of Environmental Radioactivity 24:65-79. 4 Abril, J.M., and M. García-Leon. 1992. Modelos mathemáticos en radiogeocronología. Anales de Física A 87:82-91. (Spanish) Abril, J.M., M. García-Leon, R. García-Tenorio, C.I. Sánchez, and F. El-Daoushy. 1992. Dating of marine sediments by an incomplete mixing model. Journal of Environmental Radioactivity 15:135-151. Ackermann, F., H. Bergmann, and U. Schlieichert. 1983. Monitoring of heavy metals in coastal and estuarine sediments - A question of grain-size: <20 Fm versus <60 Fm. Environmental Technology Letters 4:317-328. Adamo, P., M. Arienzo, M. Pugliese, V. Roca, and P. Violante. 2004. Accumulation history of radionuclides in the lichen Stereocaulon vesuvianum from Mt. Vesuvius (south Italy). Environmental Pollution 127(3):455-461. Adriano, D., G.D. Hoyt, and J.E. Pinder III. 1981. Fallout cesium-137 on a forest ecosystem in the vicinity of a nuclear reprocessing plat. Health Physics 40:369-376. Afferden, M., A.M. van^Hansen, and C.C. Fuller. 2005. Reconstruction of historical atmospheric deposition of DDT in the Zempoala Lagoon, in the center of Mexico. (Reconstruccion de la deposicion atmosferica historica de DDT en la laguna de Zempoala en el centro de Mexico). Ingenieria Hidraulica en Mexico 20(3):71-83. Agapkina, G.I. 2002. Cs-137 in the liquid phase of soils under natural biocenoses. Eurasian Soil Science 35(9):996-1002. Agapkina, G.I., A.I. Shcheglov, F.A. Tikhomirov, and L.N. Meculova. 1998. Dynamics of Chernobyl-fallout radionuclides in soil solutions of forest ecosystems. Chemosphere 36(4/5):1125-1130. Agapkina, G.I., F.A. Tikhomirov, A.I. Shcheglov, W. Kracke, and K. Bunzl. 1995. Association of Chernobyl-derived Pu-239+240, Am-241, Sr-90 and Cs-137 with organic matter in the soil solution. Journal of Environmental Radioactivity 29:257-269. Ageets, V.Yu. 1996. Accumulation of the radionuclides caesium-137 and strontium-90 in farm crops depending on soil properties. Pochvovedenie I agrokhimiya 29:249-257 (Russian) Agre, A.L., and V.I. Korogodin. 1960. The distribution of radioactive contamination in a stagnant reservoir. Medical Radiology 5:161-175. Agudo, E. Garcia. 1998. Global distribution of 137Cs inputs for soil erosion and sedimentation studies, p. 117-121. In: International Atomic Energy Agency (ed), Use of 137Cs in the Study of Soil Erosion and Sedimentation, IAEA-TECDOC-1028, Vienna, Austria. 5 Aharoni, C., N.S. Pasricha, and D.L. Sparks. 1992. Adsorption and desorption kinetics of cesium in an organic matter-rich soil saturated with different cations. Soil Science 156:233-239. Ajayi, I.R. 2001. Radionuclides measurement and assay of soil and their corresponding absorbed dose rate in air in Aramoko-Ekiti, Nigeria.
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