Loads and fate of fertilizer derived uranium

Inhalt

• Advanced biochemical and biophysical aspects of uranium contamination

  S. 11

  Busby, Chris; Schnug, Ewald

• Uranium in German mineral and tap waters

  S. 91

  Schnug, Ewald; Birke, Manfred; Costa, Nathalie; Knolle, Friedhart; Fleckenstein, Jürgen; Panten, Kerstin; Lilienthal, Holger; Haneklaus, Silvia

• A critical evaluation of phytoextraction on uranium-contaminated agricultural soils

  S. 111

  Haneklaus, Silvia; Schnug, Ewald

• Combining energy and fertilizer production – vision for China's future

  S. 127

  Hu, Zhengyi; Zhang, Hongxun; Wang, Yanfen; Haneklaus, Silvia; Schnug, Ewald

• Jg. 2008: Uranium in soils of German long-term fertilizer experiments

  S. 135

  Rogasik, Jutta; Kratz, Sylvia; Funder, Ute; Panten, Kerstin; Barkusy, Dietmar; Baumecker, Michael; Gutser, Reinhold; Lausen, Peter; Scherer, Heinrich W.; Schmidt, Lothar; Schnug, Ewald

• Soil to plant interface of uranium

  S. 157

  Schick, Judith; Schroetter, Susanne; Lamas, M.; Rivas, M.; Kratz, Sylvia; Schnug, Ewald

• Jg. 2008: Uranium balances in agroecosystems

  S. 179

  Kratz, Sylvia; Knappe, Florian; Rogasik, Jutta; Schnug, Ewald

• Significance of uranium and strontium isotope ratios for retracing the fate of uranium during the processing of phosphate fertilizers from rock phosphates

  S. 191

  Sattouf, M.; Kratz, Sylvia; Diemer, K.; Fleckenstein, J.; Rienitz, O.; Schiel, Detlef; Schnug, Ewald

• Legal aspects of uranium in environmental compartments

  S. 209

  Ekardt, Felix; Schnug, Ewald