From: International meeting on sarcoptic mange in wildlife, June 2018, Blacksburg, Virginia, USA
Question | |
---|---|
(i) What are the transmission dynamics of S. scabiei in wildlife? | |
Temporal dynamics (epidemic, endemic, contemporary and historical) | |
Significance for species conservation | |
Pandemic or globally endemic | |
Species dynamics (single or multi-species) | |
Wildlife-domestic animals-human interface | |
Ecosystem level consequences | |
(ii) What is the biogeographical history of S. scabiei? | |
Native range / origins | |
Pathways of spread: unintentional (e.g. trade, colonization) and intentional (e.g. host population control) | |
Ecological (e.g. host distribution), climatic (e.g. temperature, humidity) and geographic barriers (e.g. oceans, mountains) | |
(iii) What is the variation in modes of transmission for S. scabiei in wildlife? | |
Intra-specific interactions (spatial and temporal variation) | |
Inter-specific interactions (trophic, sympatry) | |
Environmental effects | |
Mite lineages / strains | |
(iv) What is the feasibility and anticipated effectiveness of intervention strategies in wildlife? | |
Methodological (individual level, population level, environmental) | |
Economic | |
Indirect impacts | |
(v) When should intervention strategies for mange be considered in wildlife? | |
Conservation concerns | |
Ethical/welfare concerns | |
Public health and domestic animal (agricultural and companion) concerns | |
Ecological role of the parasite in nature (e.g. natural selection) | |
(vi) What shapes the variation of disease severity at intra-specific and inter-specific levels? | |
The role of co-infections | |
Variation in immune response (e.g. immunological pathways influencing disease progression or control, ordinary vs crusted mange) | |
Environmental factors |