Roadmap for nematode control strategies
Download Nematode Control Strategies RoadmapB
Stakeholder acceptance
Research Question
Improve the development and uptake of best practice management of nematode control.
Research Gaps and Challenges
Develop user-friendly tools for farmers to help them identify animals with high nematode burdens or production consequences.
Utilise production records that include information on treatments or egg counts to be able to advise farmers when to treat an individual.
Demonstrate and quantify the economic benefits of best-practice interventions such as diagnosis of AR and implementation of targeted control.
Investigate communication methods to reach farmers in different parts of the world and let them feel secure to share their nematode information and production data.
Solution Routes
Development and extension of decision support tools that can act either alone but can also be integrated in general farm or pasture management software.
Development of nematode control decision support systems for beef, sheep, goat and pigs.
Demonstration trials showing the feasibility and beneficial outcomes of best practices approaches
Propagate information about the importance of nutrition as the corner stone of resistance and resilience against gut nematodes, hence reducing the need for antiparasitic treatments.
Dependencies
Develop long-term relationships with farming communities.
Cost-benefit analysis demonstrating the cost of disease and the economics of various treatment options.
Develop animal production and nutrition expertise within the parasitological community.
Vets need to receive updated training to implement targeted control strategies and increase user acceptance.
State Of the Art
Good evidence-based nutritional advice is already available to achieve best possible levels of resilience and resistance to nematodes.
Educational courses for vets on implementation targeted control strategies have been performed sporadically.
Projects
What activities are planned or underway?
Single-nucleotide polymorphisms in the beta-tubulin gene and its relationship with treatment response to albendazole in human soil-transmitted helminths in Southern Mozambique
Planned Completion date 14/09/2022
Netherlands
An integrated set of novel approaches to counter the emergence and proliferation of invasive and virulent soil-borne nematodes – Project part: Fostering nematode suppression in soils by cover crops and addition of biological antagonists in Organic Farming (NEM-EMERGE)
Planned Completion date 31/12/2027
Denmark