Sansford, C., Baker, R., Brennan, J., Ewert, F., Gioli, B., Inman, A., Kelly, P., Kinsella, A., Leth, V., Magnus, H., Migietta, F., Murray, G., Peterson, G., Pota-Puglia, A., Porter, J., Refoss, T., Riccioni, L., Thorne, F. and Valvassori, M. (2006) Report on the Risk of Entry, Establishment and Socio-Economic Loss for Tilletia indica in the European Union (DL6.1) and Determination and Report on the Most Appropriate Risk Management Scheme for Tilletia indica in the EU in Relation to the Assessed Level of Risk (DL6.5). EC Fifth Framework Project QLK5-1999-01554: Risks Associated with Tilletia indica, the Newly-Listed EU Quarantine Pathogen, the Cause of Karnal Bunt of Wheat, Deliverable Reports 6.1 and 6.5.
http://karnalpublic.pestrisk.net/deliverables

has been cited by the following article:

• TITLE: Observations of the Germination Behavior of Tilletia indica Teliospores on the Soil Surface under Varying Simulated Environmental Conditions

  AUTHORS: Gary L. Peterson, Dana K. Berner, John G. Phillips

  KEYWORDS: Karnal Bunt, Spore Survival, Field Population, Wheat Smut, Partial Bunt

  JOURNAL NAME: American Journal of Plant Sciences, Vol.8 No.11, October 31, 2017

  ABSTRACT: A series of replicated growth chamber studies were conducted to determine the effects of soil type and simulated European temperature conditions from fall planting to anthesis in Hungary, United Kingdom, Italy and Norway on the initiation of Tilletia indica teliospore germination on the soil surface. A concurrent study examined effects on teliospore germination of a simulated temperature profile for Ciudad Obregon, Mexico, where Karnal bunt is known to occur. Three soil moisture treatments were tested; 40.5% water holding capacity (WHC), 16.2% WHC and weekly fluctuation of soil WHC. Results suggest that soil type would not have a significant effect on germination during the cropping season. Under all conditions tested, some portion of the teliospore population remained dormant but viable throughout the entire season. In comparing Mexican and Hungarian temperature profiles, highest soil surface germination for the Hungarian profile was at 40.5% WHC during the first 30 days of the simulation (30 days after planting date). The highest germination for the Mexican profile was at the 16.2% WHC during the last 30 days of the study (time of anthesis).