https://t.co/KtVrIufgYW INTRODUCTION They convey that phosphorus, not nitrogen, is the nutrient most limiting to the earliest stages of primary succession along glacial chronosequences in the Central Andes and central Alaska.
Phosphorous, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/noHJ46qurR This study investigates how nitrogen is the nutrient limiting the early stages of primary succession along a glacial #limitingnutri
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat Nitrogen is limiting #nutrient of primary succession in temperate climates, no studies performed in cold climates until this. https://t.co/EKT1IT4jgz #CUinTh
RT @joeek9: Schmidt lab (and the ever present work of @TheNemergut) with a paradigm shift on (nutrient) limits on life: https://t.co/RjTcNf…
RT @joeek9: Schmidt lab (and the ever present work of @TheNemergut) with a paradigm shift on (nutrient) limits on life: https://t.co/RjTcNf…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @ale_trinchera: Negli ambienti freddi è il Fosforo, non l'azoto, l'elemento nutritivo in grado di promuovere le successioni vegetali: in…
Negli ambienti freddi è il Fosforo, non l'azoto, l'elemento nutritivo in grado di promuovere le successioni vegetali: interessante articolo al link: https://t.co/ntHCXAuQqS https://t.co/ntHCXAuQqS
Negli ambienti freddi è il Fosforo, non l'azoto, l'elemento nutritivo in grado di promuovere le successioni vegetali: interessante articolo al link: https://t.co/ntHCXAuQqS
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/8a81VEK9ut
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/d0k3QnRZp3
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
Awesome work by my buddy @JohnLDarcy! https://t.co/bGxA24kVmr
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat: https://t.co/OOeSg68lg4
RT @joeek9: Schmidt lab (and the ever present work of @TheNemergut) with a paradigm shift on (nutrient) limits on life: https://t.co/RjTcNf…
RT @joeek9: Schmidt lab (and the ever present work of @TheNemergut) with a paradigm shift on (nutrient) limits on life: https://t.co/RjTcNf…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
Schmidt lab (and the ever present work of @TheNemergut) with a paradigm shift on (nutrient) limits on life: https://t.co/RjTcNfx4HG
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat: https://t.co/jjIlvvRmwo
RT @amorapedia: A lack of phosphorus is stopping plant growth in areas uncovered by glacial retreat https://t.co/YIMcE21ngj https://t.co/45…
https://t.co/LxcJ53EK5N A lack of phosphorus is stopping plant growth in areas uncovered by glacial retreat #sciencenews https://t.co/yL7vqSYnNs
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @amorapedia: A lack of phosphorus is stopping plant growth in areas uncovered by glacial retreat https://t.co/YIMcE21ngj https://t.co/45…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for plant growth: https://t.co/aNZjXbhn3p https://t.co/E9Rizc7lJm (sciencemagazine) In ecosystems left behind by melting glaciers, phosphor
In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for plant growth: https://t.co/aOE3aJLAFk https://t.co/U2iN33s4he https://t.co/adBg8Byjuu (sciencemagazine) In ecosyst… https://t.co/6SVjEV
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @DrLimnology: We are sampling the lakes that appear in the wake of lost glaciers to evaluate N and P conditions. https://t.co/vqoNq1mUXG
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
RT @sciencemagazine: In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for…
We are sampling the lakes that appear in the wake of lost glaciers to evaluate N and P conditions. https://t.co/vqoNq1mUXG
In ecosystems left behind by melting glaciers, phosphorus, rather than nitrogen, appears to be the limiting factor for plant growth: https://t.co/69cW4FkIlc @ScienceAdvances https://t.co/TAZX2tKFiA
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/I8WciU1l44
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
In cold-arid ecosystems where #globalwarming is causing glaciers to rapidly melt and expose soil, @JohnLDarcy and colleagues have discovered that low phosphorus availability limits the growth of the plants that repopulate the area https://t.co/Xekndm9YmW h
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @trinity_lh: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/EXGCXwvNzn
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
#Phosphorus , not nitrogen , limits plants and microbial primary producers following glacial #retreat..https://t.co/Eltyu3XC4r
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
Cool cool cool. https://t.co/dor128CAW9
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @EcoInternet3: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat: Science Advances https…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @FreshwaterSteve: Conventional wisdom of nutrient limitation of primary succession in humid regions is reversed for modern cases where s…
RT @FreshwaterSteve: Conventional wisdom of nutrient limitation of primary succession in humid regions is reversed for modern cases where s…
RT @FreshwaterSteve: Conventional wisdom of nutrient limitation of primary succession in humid regions is reversed for modern cases where s…
Conventional wisdom of nutrient limitation of primary succession in humid regions is reversed for modern cases where succession follows deglaciation driven by climate warming https://t.co/jls6Pt559C
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
An awesome new paper! Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/O58sygXbRn
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @L_ssar: Hilo interesante sobre colonización postglacial https://t.co/0yts5a9GQN
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
Hilo interesante sobre colonización postglacial https://t.co/0yts5a9GQN
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
RT @JacquelynGill: This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize…
This study is cool, because “what about nitrogen?!” led to tidy, but ultimately wrong predictions of how plants colonize deglaciated areas. https://t.co/6H8rRw1iRV
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/0HMGOI3U2y
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @adri_corrales33: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/Mwqxzgb…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
RT @alan_townsend: A lovely - and bittersweet paper. There are those few who live on in so many ways, long after their time amongst us. @Th…
Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/SS6uX610pf
RT @adri_corrales33: Phosphorus, not nitrogen, limits plants and microbial primary producers following glacial retreat https://t.co/Mwqxzgb…