I played around in GIMP to make the spores in the infected host different colors (to indicate how different temperature environments change how infectious the spores are), and it turned out really well! https://t.co/1xn7qwKK6n https://t.co/bxO6uW9yVj
RT @MartaShocket: @bennyborremans Thank you! Check out the follow-up that just came out in Ecology - we look at how past + current temperat…
@bennyborremans Thank you! Check out the follow-up that just came out in Ecology - we look at how past + current temperatures impact parasite infectivity. It turns out temperature during the previous infection is the biggest driver of parasite quality / in
Way to go @MartaShocket!
RT @MartaShocket: tl;dr - We found that temperature in the prior infection strongly impacts how well a fungal pathogen causes infection in…
RT @MartaShocket: tl;dr - We found that temperature in the prior infection strongly impacts how well a fungal pathogen causes infection in…
RT @MartaShocket: tl;dr - We found that temperature in the prior infection strongly impacts how well a fungal pathogen causes infection in…
RT @MartaShocket: tl;dr - We found that temperature in the prior infection strongly impacts how well a fungal pathogen causes infection in…
tl;dr - We found that temperature in the prior infection strongly impacts how well a fungal pathogen causes infection in the next host, & it's important for seasonality of epidemics! 1st trans-generational temp effect in a parasite! https://t.co/1xn7qx
RT @duffy_ma: Tom Raffel is talking about how past temperatures can influence host susceptibility. Me: @MartaShocket has shown that past te…
RT @duffy_ma: Tom Raffel is talking about how past temperatures can influence host susceptibility. Me: @MartaShocket has shown that past te…
Tom Raffel is talking about how past temperatures can influence host susceptibility. Me: @MartaShocket has shown that past temperature influences transmission through effects on parasites, too: https://t.co/5Wm0tGe0mm #ESA2018
RT @ESAEcology: #New in @ESAEcology #Parasite rearing and #infection temperatures jointly influence #disease transmission and shape season…
RT @ESAEcology: #New in @ESAEcology #Parasite rearing and #infection temperatures jointly influence #disease transmission and shape season…
RT @ESAEcology: #New in @ESAEcology #Parasite rearing and #infection temperatures jointly influence #disease transmission and shape season…
RT @ESAEcology: #New in @ESAEcology #Parasite rearing and #infection temperatures jointly influence #disease transmission and shape season…
#New in @ESAEcology #Parasite rearing and #infection temperatures jointly influence #disease transmission and shape seasonality of #epidemics. #daphnia #diseaseecology #fungaldisease https://t.co/Tcy5sgEdwg https://t.co/N7txxf6aYL
Parasite rearing and infection temperatures jointly influence disease transmission and shape seasonality of epidemics. https://t.co/kQDUbjtZWN