RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
RT @MIZ_BIOS: This is one of those "must read" papers if you are working in #zooplankton ecology, biogeography, or just #ocean #biogeochemi…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RRT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species. https://t.co/SPrUJa86hm https://t.co/2LhARs9U4l
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @MIZ_BIOS: This is one of those "must read" papers if you are working in #zooplankton ecology, biogeography, or just #ocean #biogeochemi…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
Varying temperature and hypoxia conditions across ecosystems result in a breadth of physiological tolerances and energy requirements among organisms that ultimately shape their spatial distribution. A gasping read! @nature https://t.co/dgPCudYEXZ
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @MIZ_BIOS: This is one of those "must read" papers if you are working in #zooplankton ecology, biogeography, or just #ocean #biogeochemi…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @MIZ_BIOS: This is one of those "must read" papers if you are working in #zooplankton ecology, biogeography, or just #ocean #biogeochemi…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @MIZ_BIOS: This is one of those "must read" papers if you are working in #zooplankton ecology, biogeography, or just #ocean #biogeochemi…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
This is one of those "must read" papers if you are working in #zooplankton ecology, biogeography, or just #ocean #biogeochemistry modeling, including zooplankton Metabolic trait diversity shapes marine biogeography https://t.co/kEvtGdSAzh
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
@MI_Duncs check this out
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
#RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species. https://t.co/YEmSsckVKT https://t.co/YfTl90d8Ms
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
RT @nature: A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species.…
A study in Nature reports that temperature-dependent tolerance to low oxygen levels governs the distribution of marine species. https://t.co/0DMbJhWr81 https://t.co/UkjUrjGTN0
RT @T_Norin: This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustai…
This paper is an amazing example of how good old lab-derived physiological traits such as resting- and maximum (ideally sustained) metabolic rates, Pcrit and CTmax can be used to predict species ranges (and get into @nature). Impressive work! https://t.co/
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…
RT @pinskylab: Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeogr…