@nj_clark: co-infections of multiple parasites in the same host fairly common; big impacts for infection rish & disease. Need community ecology needed to understand risk https://t.co/byn997X1HY
Co‐infections and environmental conditions drive distributions of #avianmalaria #parasites in wild birds https://t.co/kyftlY7i8q #ornithology #distributionmodelling #multivariatestatistics #rstats
RT @worm_papers: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/Z9EUZlvz…
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/Z9EUZlvzJb
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/jS0khk77LB
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/iZqBRzV1fn
RT @nj_clark: Don't ignore #parasite #coinfections (they may drive some of that pesky variance you've been trying to explain) https://t.co/…
RT @nj_clark: Don't ignore #parasite #coinfections (they may drive some of that pesky variance you've been trying to explain) https://t.co/…
RT @nj_clark: Don't ignore #parasite #coinfections (they may drive some of that pesky variance you've been trying to explain) https://t.co/…
RT @nj_clark: Don't ignore #parasite #coinfections (they may drive some of that pesky variance you've been trying to explain) https://t.co/…
Don't ignore #parasite #coinfections (they may drive some of that pesky variance you've been trying to explain) https://t.co/PXTWmqwl9F https://t.co/WCEr0SEGR9
RT @MoriartyLab: Co-infections and environmental conditions drive the distributions of blo... https://t.co/4sRi0rPMFE
Co-infections and environmental conditions drive the distributions of blo... https://t.co/4sRi0rPMFE
RT @gr_pathobiome: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB…
RT @nj_clark: Most papers use host abundance as raw proportions or catch totals (biased!) We model abundance using prior info. https://t.co…
RT Pathobiome: Co-infections and environmental conditions drive the distributions of b... https://t.co/LMIx8xXZQB https://t.co/8OQ7LPGsFb
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB6QL https://t.co/CROpnXnSmt
Most papers use host abundance as raw proportions or catch totals (biased!) We model abundance using prior info. https://t.co/PXTWmqwl9F
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB6QL
#Bayesian evidence that #parasite prevalence positively correlates with host abundance #JAGS #rstats https://t.co/PXTWmqwl9F
RT @nj_clark: #Bayesian multivariate models to study wildlife #parasite co-infections https://t.co/d807TjbyVv full code @datadryad https://…
RT @nj_clark: #Bayesian multivariate models to study wildlife #parasite co-infections https://t.co/d807TjbyVv full code @datadryad https://…
RT @nj_clark: #Bayesian multivariate models to study wildlife #parasite co-infections https://t.co/d807TjbyVv full code @datadryad https://…
RT @nj_clark: #Bayesian multivariate models to study wildlife #parasite co-infections https://t.co/d807TjbyVv full code @datadryad https://…
#Bayesian multivariate models to study wildlife #parasite co-infections https://t.co/d807TjbyVv full code @datadryad https://t.co/VZFNOWMvJ0
RT @jeffoscoulos: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdP…
RT @gr_pathobiome: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB…
RT @jeffoscoulos: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdP…
RT @gr_pathobiome: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB…
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdPMV
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB6QL
RT @IBIS_journal: Co-infections & environmental conditions drive distributions of blood parasites in birds https://t.co/ynYNUBeliF #ornitho…
Co-infections & environmental conditions drive distributions of blood parasites in birds https://t.co/ynYNUBeliF #ornithology @AnimalEcology
RT @WilsonOrnithSoc: Co-infections & environmental conditions drive distributions of blood parasites in wild birds https://t.co/1coScT2UKw…
RT @WilsonOrnithSoc: Co-infections & environmental conditions drive distributions of blood parasites in wild New Caledonian white-eyes http…
RT @WilsonOrnithSoc: Co-infections & environmental conditions drive distributions of blood parasites in wild birds https://t.co/1coScT2UKw…
RT @WilsonOrnithSoc: Co-infections & environmental conditions drive distributions of blood parasites in wild birds https://t.co/1coScT2UKw…
Co-infections & environmental conditions drive distributions of blood parasites in wild birds https://t.co/1coScT2UKw #ornithology
Co-infections & environmental conditions drive distributions of blood parasites in wild New Caledonian white-eyes https://t.co/SmpeU58466
RT @nj_clark: Last #thesis paper published! #bird #malaria #filaria #coinfections https://t.co/ngYayMfmOf https://t.co/lEo3cqjy2D
RT @nj_clark: Last #thesis paper published! #bird #malaria #filaria #coinfections https://t.co/ngYayMfmOf https://t.co/lEo3cqjy2D
RT @nj_clark: Last #thesis paper published! #bird #malaria #filaria #coinfections https://t.co/ngYayMfmOf https://t.co/lEo3cqjy2D
Last #thesis paper published! #bird #malaria #filaria #coinfections https://t.co/ngYayMfmOf https://t.co/lEo3cqjy2D
#Wildlife #parasite co-infections are frequent, may affect infection rates via competition or facilitation https://t.co/ngYayMfmOf
RT @BiolSciNews: Bird bugs shed new light on malaria infection https://t.co/FlWN5l3lgU Study: https://t.co/F6KFsK6XW2 @AnimalEcology https…
Bird bugs shed new light on malaria infection https://t.co/FlWN5l3lgU Study: https://t.co/F6KFsK6XW2 @AnimalEcology https://t.co/QyFQlVCatB
RT @gr_pathobiome: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB…
RT @jeffoscoulos: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdP…
RT @jeffoscoulos: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdP…
RT @jeffoscoulos: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdP…
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qZkBGPdPMV
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/ND0IFeB6QL
#Bayesian distribution models identify cryptic #parasite competition #rstats https://t.co/ngYayMfmOf https://t.co/a16ph8oE3k
@BiodiversityGuy @mickresearch @r_tingley @BobOHara big fan of jSDMs, we even used them for #parasite #coinfections https://t.co/ngYayMfmOf
RT @IBIS_journal: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/X0ogtNlX…
RT @IBIS_journal: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/X0ogtNlX…
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/X0ogtNlX6d #ornithology
RT @AvianMalaria: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/SRRnZ0M…
RT @nj_clark: More evidence that #pathogen interactions impact #prevalence and #virulence https://t.co/YykdPNdwWA https://t.co/PXTWmqwl9F #…
RT @nj_clark: More evidence that #pathogen interactions impact #prevalence and #virulence https://t.co/YykdPNdwWA https://t.co/PXTWmqwl9F #…
RT @nj_clark: More evidence that #pathogen interactions impact #prevalence and #virulence https://t.co/YykdPNdwWA https://t.co/PXTWmqwl9F #…
RT @nj_clark: More evidence that #pathogen interactions impact #prevalence and #virulence https://t.co/YykdPNdwWA https://t.co/PXTWmqwl9F #…
RT @nj_clark: More evidence that #pathogen interactions impact #prevalence and #virulence https://t.co/YykdPNdwWA https://t.co/PXTWmqwl9F #…
More evidence that #pathogen interactions impact #prevalence and #virulence https://t.co/YykdPNdwWA https://t.co/PXTWmqwl9F #diseaseecology
RT @WilsonOrnithSoc: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qXwOU…
RT @WilsonOrnithSoc: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qXwOU…
RT @nj_clark: @egioxford @UQ_News @GU_Sciences collaboration sheds light on #avian #parasite #coinfections https://t.co/ngYayMfmOf https://…
@egioxford @UQ_News @GU_Sciences collaboration sheds light on #avian #parasite #coinfections https://t.co/ngYayMfmOf https://t.co/UtRPvDwHmF
RT @WilsonOrnithSoc: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qXwOU…
RT @WilsonOrnithSoc: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qXwOU…
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds https://t.co/qXwOUuJzcx #ornithology
RT @par_papers: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/TvG2Cwb39V
RT @par_papers: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/TvG2Cwb39V
RT @nj_clark: @imbe_noumea @M4rt1n_Th1b4ult may be useful: our recent paper on #malariaparasites in #NewCaledonia birds is out now https://…
RT @AvianMalaria: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/SRRnZ0M…
#Bayesian joint distribution models identify #wildlife #parasite interactions #rstats #avianmalaria https://t.co/ngYayMfmOf
@imbe_noumea @M4rt1n_Th1b4ult may be useful: our recent paper on #malariaparasites in #NewCaledonia birds is out now https://t.co/PXTWmqwl9F
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/TvG2Cwb39V
RT @AvianMalaria: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/SRRnZ0M…
RT @AvianMalaria: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/SRRnZ0M…
RT @AvianMalaria: Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/SRRnZ0M…
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/SRRnZ0M7Km
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/O2t7vE0qLM
Co-infections and environmental conditions drive the distributions of blood parasites in wild birds. https://t.co/KqvihYR1Qw
RT @nj_clark: Co-infections and environmental conditions drive #parasite distributions in #birds @AnimalEcology @DiseaseEcolAust https://t.…
Co-infections and environmental conditions drive #parasite distributions in #birds @AnimalEcology @DiseaseEcolAust https://t.co/Lit2YIU1Je