RT @EcosystemsJ: Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @…
RT @EcosystemsJ: Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @…
RT @EcosystemsJ: Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @…
RT @EcosystemsJ: Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @…
RT @EcosystemsJ: Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @…
RT @EcosystemsJ: Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @…
Extreme ppt events deliver terrestrial C to lakes, big effect on lake metabolism https://t.co/ANOr85EiQR @MonicaGTurner @FreshwaterSteve
RT @DrChaoborus: Influence of residence time on C cycling dynamics after extreme precip events https://t.co/cyeApqHdTj @JayZ_Limno @jonesla…
RT @DrChaoborus: Influence of residence time on C cycling dynamics after extreme precip events https://t.co/cyeApqHdTj @JayZ_Limno @jonesla…
RT @DrChaoborus: Influence of residence time on C cycling dynamics after extreme precip events https://t.co/cyeApqHdTj @JayZ_Limno @jonesla…
Influence of residence time on C cycling dynamics after extreme precip events https://t.co/cyeApqHdTj @JayZ_Limno @joneslabND @CT_Solomon
RT @NDFieldEcology: UNDERC supports environmental research like this study by @JayZ_Limno UNDERC alum and mentor. Support graduate research…
RT @NDFieldEcology: UNDERC supports environmental research like this study by @JayZ_Limno UNDERC alum and mentor. Support graduate research…
RT @NDFieldEcology: UNDERC supports environmental research like this study by @JayZ_Limno UNDERC alum and mentor. Support graduate research…
UNDERC supports environmental research like this study by @JayZ_Limno UNDERC alum and mentor. Support graduate research this #NDday https://t.co/a6VSSqKoXQ
RT @edeeyto: Nice work @JayZ_Limno et al.! Very relevant for our @PROGNOSproject https://t.co/5h5Px19PmL
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
Work by #underc2011 student and #mentor #aquaticecology https://t.co/3jD01DDTwe
RT @edeeyto: Nice work @JayZ_Limno et al.! Very relevant for our @PROGNOSproject https://t.co/5h5Px19PmL
RT @DrChaoborus: Lake residence time important in the response of carbon cycling to extreme events! New paper by @JayZ_Limno et al. https:/…
RT @edeeyto: Nice work @JayZ_Limno et al.! Very relevant for our @PROGNOSproject https://t.co/5h5Px19PmL
RT @DrChaoborus: Lake residence time important in the response of carbon cycling to extreme events! New paper by @JayZ_Limno et al. https:/…
RT @DrChaoborus: Lake residence time important in the response of carbon cycling to extreme events! New paper by @JayZ_Limno et al. https:/…
RT @DrChaoborus: Lake residence time important in the response of carbon cycling to extreme events! New paper by @JayZ_Limno et al. https:/…
Nice work @JayZ_Limno et al.! Very relevant for our @PROGNOSproject https://t.co/5h5Px19PmL
RT @DrChaoborus: Lake residence time important in the response of carbon cycling to extreme events! New paper by @JayZ_Limno et al. https:/…
Lake residence time important in the response of carbon cycling to extreme events! New paper by @JayZ_Limno et al. https://t.co/WBgpWGpU30
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
RT @JayZ_Limno: More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabN…
More evidence for the importance of residence time in shaping aquatic C cycling dynamics https://t.co/T7cYfrsFpz @joneslabND @CT_Solomon https://t.co/qfhAOpFR0P