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Dr. Femke van den Berg is a plant disease epidemiologist and mathematical modeller.
Femke has over 15 years of experience within the field of epidemiology and over 5 years of experience in translating mathematical models and complex data sets into easy to understand messages to guide future policy design. For example, a recent feasibility study for Defra shows how complex mathematical models can be converted into simple rules of thumb and used to provide guidance on whether the use of a diagnostic can provide economic value within early detection monitoring programs. Furthermore, findings from her work on fungicide resistance are now informing and influencing practical decision making, in liaison with FRAG, FRAC (representing the crop protection industry), EPPO and CRD.
As the lead modeller for the Centre of Plant Health and Crop Protection (CHAP; one of the 4 recently established UK Agri-Tech Centres) Femke is developing mathematical models to support a national real-time biotic crop threat network that seeks to address integrated approaches to management of crop weeds, pests and diseases. Femke has authored or co-authored over 20 peer-reviewed papers and book chapters.
Fera offers a suite of crop health services, resources, testing facilities and expertise to help farmers, growers and the food industry to improve yields, reduce costs and develop sustainable solutions.
Mastin, A. J., F. van den Bosch, F. van den Berg, and S. R. Parnell. "Improving Decision Making by Quantifying the Hidden Costs of Imperfect Detection for Early Detection Surveillance." Phylosophical Transactions B In press (2019).
van den Bosch, F., F. Lopez, R. Oliver, N. D. Paveley, J. Helps, and F. van den Berg. "Identifying When It Is Financially Beneficial to Increase or Decrease Fungicide Dose as Resistance Develops.". Plant Pathology 67, no. 3 (2018): 549-60.
Carolan, K., J. Helps, F. van den Berg, R. Bain, N. D. Paveley, and F. van den Bosch. "Extending the Durability of Cultivar Resistance by Limiting Epidemic Growth Rates." Proceedings of the Royal Society B-Biological Sciences 284 (2017): 20170828.van den Berg, F., N. D. Paveley, and F. van den Bosch. "Dose and Number of Applications That Maximise Fungicide Effective Life Exemplified by Zymoseptoria Tritici on Wheat - a Model Analysis." Plant Pathology 65 (2016): 1380-89.
15 June 2017: Cereals 2017, Linconshire.
Health tests, organism monitoring and metal detection for your soil, amongst other services
Mastin, A. J., F. van den Bosch, F. van den Berg, and S. R. Parnell. "Improving Decision Making by Quantifying the Hidden Costs of Imperfect Detection for Early Detection Surveillance." Phylosophical Transactions B In press (2019).
van den Bosch, F., F. Lopez, R. Oliver, N. D. Paveley, J. Helps, and F. van den Berg. "Identifying When It Is Financially Beneficial to Increase or Decrease Fungicide Dose as Resistance Develops.". Plant Pathology 67, no. 3 (2018): 549-60.
Carolan, K., J. Helps, F. van den Berg, R. Bain, N. D. Paveley, and F. van den Bosch. "Extending the Durability of Cultivar Resistance by Limiting Epidemic Growth Rates." Proceedings of the Royal Society B-Biological Sciences 284 (2017): 20170828.van den Berg, F., N. D. Paveley, and F. van den Bosch. "Dose and Number of Applications That Maximise Fungicide Effective Life Exemplified by Zymoseptoria Tritici on Wheat - a Model Analysis." Plant Pathology 65 (2016): 1380-89.
15 June 2017: Cereals 2017, Linconshire.
Health tests, organism monitoring and metal detection for your soil, amongst other services
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