Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new

Parasite requires an understanding of complex transmission systems where individual, population and environmental factors and their interactions can hardly been considered separately. Moreover, the importance of space and time in host population and parasite transmission processes is increasingly re...

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Main Authors: Giraudoux P., Raoul F., Pleydell D., Craig P.S.
Format: Article
Language:English
Published: EDP Sciences 2008-09-01
Series:Parasite
Subjects:
Online Access:http://dx.doi.org/10.1051/parasite/2008153469
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spelling doaj-c855438f164a457e863740b5609f3c412021-02-02T00:38:11ZengEDP SciencesParasite1252-607X1776-10422008-09-0115346947610.1051/parasite/2008153469parasite2008153p469Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something newGiraudoux P.Raoul F.Pleydell D.Craig P.S.Parasite requires an understanding of complex transmission systems where individual, population and environmental factors and their interactions can hardly been considered separately. Moreover, the importance of space and time in host population and parasite transmission processes is increasingly recognised. The present review illustrates how epidemiology and transmission ecology have evolved in a multidisciplinary framework to a systems approach that includes both spatial and temporal dimensions. Focusing on population processes, three significant challenges are discussed: (i) integration of landscape ecology concepts and modelling across time-space scales, (ii) development of molecular methods that permits easy parasite/host identification and process tracking (e.g. host and parasite movements), and (iii) integration of sociology methods to estimate zoonotic risk and exposure.http://dx.doi.org/10.1051/parasite/2008153469landscape ecologymolecular epidemiologysociologymultiscale parasite transmission
collection DOAJ
language English
format Article
sources DOAJ
author Giraudoux P.
Raoul F.
Pleydell D.
Craig P.S.
spellingShingle Giraudoux P.
Raoul F.
Pleydell D.
Craig P.S.
Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
Parasite
landscape ecology
molecular epidemiology
sociology
multiscale parasite transmission
author_facet Giraudoux P.
Raoul F.
Pleydell D.
Craig P.S.
author_sort Giraudoux P.
title Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
title_short Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
title_full Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
title_fullStr Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
title_full_unstemmed Multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
title_sort multidisciplinary studies, systems approaches and parasite eco-epidemiology: something old, something new
publisher EDP Sciences
series Parasite
issn 1252-607X
1776-1042
publishDate 2008-09-01
description Parasite requires an understanding of complex transmission systems where individual, population and environmental factors and their interactions can hardly been considered separately. Moreover, the importance of space and time in host population and parasite transmission processes is increasingly recognised. The present review illustrates how epidemiology and transmission ecology have evolved in a multidisciplinary framework to a systems approach that includes both spatial and temporal dimensions. Focusing on population processes, three significant challenges are discussed: (i) integration of landscape ecology concepts and modelling across time-space scales, (ii) development of molecular methods that permits easy parasite/host identification and process tracking (e.g. host and parasite movements), and (iii) integration of sociology methods to estimate zoonotic risk and exposure.
topic landscape ecology
molecular epidemiology
sociology
multiscale parasite transmission
url http://dx.doi.org/10.1051/parasite/2008153469
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