@Focusscience1 @andrehoogendijk (Link: https://t.co/bs18RH7PQ7 en overigens zijn we het grosso modo natuurlijk eens dat het 'wegvallen' van oogsten niet bepaald door een zee van data wordt ondersteund.)
@JoshAllensPenis @savevictoria22 @krassenstein @SaitaSerg But it is. Key mechanism is…rising CO2… Like I said, you can’t argue with the facts. Why are you trying to? It’s basic chemistry. https://t.co/HtlurZJgWV
@DroletRenee @marie_helie La vegetation a bel et bien augmenté et bel et bien du a l'augmentation du CO2 https://t.co/EbYN0DrzPB.
@kdenheijer @trouw Die Nature-grafieken geven aan: geen simpel 1-op-1-verband CO2 en vergroening. Daaronder zit het inzicht dat vocht en voeding ook cruciaal zijn voor greening. Zie bv https://t.co/hdbCQTcgkY Bij ons in Europa is landbouw (mest!) belangrij
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
RT @ClimateRealists: A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposi…
A Tale Of Two Studies: Enhanced Peak Growth Of Global Vegetation and it’s Key Mechanisms, CO2... completely the opposite of the previous study that referred to global global warming was to blame for a reduction in growth https://t.co/Fh7vgGurGm
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
RT @BESMacroecol: Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation h…
Huang et al. in @NatureEcoEvo use three global datasets to demonstrate that the peak in the growth of global vegetation has been increasing over the past three decades, mostly due to expanding croplands, rising CO2, and intensifying nitrogen deposition: h
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @robinhanson: "the peak in the growth of global vegetation has been linearly increasing during the past three decades. About 65% of the…
RT @robinhanson: "the peak in the growth of global vegetation has been linearly increasing during the past three decades. About 65% of the…
RT @robinhanson: "the peak in the growth of global vegetation has been linearly increasing during the past three decades. About 65% of the…
"the peak in the growth of global vegetation has been linearly increasing during the past three decades. About 65% of the NDVImax variation is evenly explained by expanding croplands (21%), rising CO2 (22%) and intensifying nitrogen deposition (22%)"
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @GrasslandSocSA: Enhanced peak growth of global vegetation and its key mechanisms The annual peak growth of vegetation is critical in c…
Enhanced peak growth of global vegetation and its key mechanisms The annual peak growth of vegetation is critical in characterizing the capacity of terrestrial ecosystem... https://t.co/abY45gYFSU
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @phenophase: This supports the line of inquiry that members of the @USLTAR networks set out to explore more deeply. Stay tuned. #phenolo…
RT @phenophase: This supports the line of inquiry that members of the @USLTAR networks set out to explore more deeply. Stay tuned. #phenolo…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @phenophase: This supports the line of inquiry that members of the @USLTAR networks set out to explore more deeply. Stay tuned. #phenolo…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
More for that #toReadPile
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
This supports the line of inquiry that members of the @USLTAR networks set out to explore more deeply. Stay tuned. #phenology
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
RT @NatureEcoEvo: Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
Enhanced peak growth of global vegetation and its key mechanisms https://t.co/lH0wb9p34X https://t.co/O8rup4vIt7
RT @gcarbonproject: Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak gro…
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
Agriculture intensification and expansion is the single most important driver of increased global terrestrial peak growth @NatureEcoEvo @AndersAhlstroem https://t.co/YONeyYzkFf
RT @pepcanadell: Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @…
Agriculture intensification and expansion the single most important driver of increased global terrestrial peak growth @NatureEcoEvo https://t.co/6AFU0X8uIR
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
Enhanced peak growth of global vegetation and its key mechanisms https://t.co/M0f4QNduLi https://t.co/wBtGVlDedb
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
RT @StanfordEarth: What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highligh…
What’s driving ‘global greening'? A new study co-authored by @StanfordEarth visiting professor @AndersAhlstroem highlights intensifying agriculture & rising CO2 levels as key culprits behind increases in peak growth of global vegetation. https://t.co/n