@hogerhippie @IrishRainforest There would need to be a lot of stores to replace all the nutrient cycling we are missing. Lol. https://t.co/wSINjPa1sD
Chris Doughy kicked it off with an overview of amazing work from his Megabiota Lab (https://t.co/pOPjlVVFwT). Here's a figure from one of his many foundational papers showing the ability of large animals to redistribute nutrients at global scales (https://
@PoulNissen @ejrn_s Det kan man helt sikkert. Det samlede niveau vil være lavt da eksternt næringsstof input til systemet har været lavt. Et par komplikationer er at dyrene også har ført næringsstoffer "opstrøms" https://t.co/RtEUo9JhY5
Global nutrient transport in a world of giants | Proceedings of the National Academy of Sciences https://t.co/Z8Sgxwdrqr
@raevaara @pirijanne @SYKEinfo Juuri noin kuten Tiina totesi. Lisää aiheesta täällä: https://t.co/Po7cKPmI1R https://t.co/Df0zdIZIR2
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
RT @bio_cb_jp: 関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消…
関連して、メガファウナ絶滅が地球上の物質循環に与えた影響を予測した論文が昨年出てます https://t.co/yL6aaONyXh メガファウナ絶滅や体サイズ小型化は、 生物を介して生態系間を移行するリン循環に影響を与えたこと、メガファウナ消失でリンの広域拡散が阻害されている
Quoted from Jepson and Blythe, original paper is https://t.co/d6ueapG61g
Esos peces migratorios más grandes, luego viajan por los sistemas fluviales y hacia el interior a través de la vasta red de vías ríos.https://t.co/yAClyETkWd
@zegtteveel @mirjamdehiep @mooigooi Goede vraag! Met poep komen er allerlei nutriënten het systeem binnen. Dat kán (afgezien van het stikstofoverschot) gunstig zijn, mits niet te veel. Als surrogaat voor de natuurlijke nutriëntenpomp rond poep van trekkend
Ends tonight boys! Get your loads ordered and store them in the freezer 🥶🧬🧪💦💦
RT @Wh1teDawg: 🧪💦💦 #cumpigs! 15% off my #tradie Nut (for single loads) & Mega Nut (a massive 50ml!) This weekend only, ends tomorrow nig…
🧪💦💦 #cumpigs! 15% off my #tradie Nut (for single loads) & Mega Nut (a massive 50ml!) This weekend only, ends tomorrow night! https://t.co/kPkgzWn5cd https://t.co/Rd6qk6xdE6 https://t.co/HCDx9FObYb https://t.co/YkWzFTQACo
RT @itchyshin: Week 54 Another rejection from PNAS. Then I found the most amazing start in a PNAS paper. "The past was a world of giants,…
Global nutrient transport in a world of giants https://t.co/bfcKi4W4Wp
RT @itchyshin: Week 54 Another rejection from PNAS. Then I found the most amazing start in a PNAS paper. "The past was a world of giants,…
Week 54 Another rejection from PNAS. Then I found the most amazing start in a PNAS paper. "The past was a world of giants, with abundant whales in the sea and large animals roaming the land." https://t.co/Lf9H5CvRRF Would love to write like this one d
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
RT @decolonialatlas: This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wi…
This world once had 10x more whales, 20x more anadromous fish; 10x more large herbivores, & 2x more seabirds. These wild animals moved nutrients around their ecosystems through their manure. Domesticated livestock are too fenced-in to play this role.
@ColmantAdrien @LoenDen @godinol @ValrySchollaer1 Sur le cycle du phosphore, on a un problème lié à la remontée des nutriments par les animaux, notamment marins, qui est de plus en plus faible. https://t.co/uz7ejdvp4E https://t.co/NQpIqEq6wm
Very interesting problem for sure.
RT @NESTA_US: Earth has a problem: not enough poop Disappearing megafauna part of phosphorus cycle Whale poop ⬇️77% before mass hunting Mam…
Who would’ve thought... 🤔💩❓
Science is interesting...
RT @NESTA_US: Earth has a problem: not enough poop Disappearing megafauna part of phosphorus cycle Whale poop ⬇️77% before mass hunting Mam…
RT @NESTA_US: Earth has a problem: not enough poop Disappearing megafauna part of phosphorus cycle Whale poop ⬇️77% before mass hunting Mam…
RT @NESTA_US: Earth has a problem: not enough poop Disappearing megafauna part of phosphorus cycle Whale poop ⬇️77% before mass hunting Mam…
Earth has a problem: not enough poop Disappearing megafauna part of phosphorus cycle Whale poop ⬇️77% before mass hunting Mammoths & large mammal fertilized ground ⬇️8% since last Ice Age Sea bird poop ⬇️96% https://t.co/mPDUpW8Dim #Ecology #paleonto
@nissen_bodil @MortenDDHansen @Foghsgaard @politiken @koebenhavns_uni @AarhusUni Tjek vores studie: https://t.co/BslOLwj9OR
Re-reading some articles from the from the beginning of my PhD. This is an interesting read, estimating to what degree we have lost important nutrient subsidies through the loss of large mammalian fauna. https://t.co/YJgZDB1A7V
Global nutrient transport in a world of giants #SeriousVersion https://t.co/XzFMYNEHkx
RT @KnuuttilaS: @teemutast @EsaNikunen @finland_gulf Aina on kyse nettopoistumasta. Pidättyvä osuus riippuu pesimäluodon maaperästä. Typest…
@teemutast @EsaNikunen @finland_gulf Aina on kyse nettopoistumasta. Pidättyvä osuus riippuu pesimäluodon maaperästä. Typestä osa haihtuu ilmaan NH3:na ja kulkeutuu maalle. Merimetsolla on osa globaalissa syklissä, joka palauttaa ravinteita uudelleen kierto
RT @mioconnor: And check out our list of #UnifEcoSci papers here: https://t.co/yl7JoRKLNu https://t.co/E4V6lT75Fw
RT @mioconnor: And check out our list of #UnifEcoSci papers here: https://t.co/yl7JoRKLNu https://t.co/E4V6lT75Fw
RT @mioconnor: And check out our list of #UnifEcoSci papers here: https://t.co/yl7JoRKLNu https://t.co/E4V6lT75Fw
RT @mioconnor: And check out our list of #UnifEcoSci papers here: https://t.co/yl7JoRKLNu https://t.co/E4V6lT75Fw
And check out our list of #UnifEcoSci papers here: https://t.co/yl7JoRKLNu https://t.co/E4V6lT75Fw
Today’s #UnifEcoSci paper: Global nutrient transport in a world of giants https://t.co/wYfxAz6TYl courtesy of @bjenquist @ymalhi
RT @ChelskiLittle: Global nutrient transport in a world of giants, Doughty et al 2016 #365papers https://t.co/XzWzBsdnUt
Global nutrient transport in a world of giants, Doughty et al 2016 #365papers https://t.co/XzWzBsdnUt
RT @juemos: Extinction and decline of megafauna has drastically changed nutrient cycling on both land and in the oceans. https://t.co/9ETQB…
Extinction and decline of megafauna has drastically changed nutrient cycling on both land and in the oceans. https://t.co/9ETQBJn8k7
RT @NeolithicSheep: Loss of manure hampers nutrient distribution! https://t.co/T2b0ZavrxH
Loss of manure hampers nutrient distribution! https://t.co/T2b0ZavrxH
@BpolarBaer @sarahkeartes most definitely! funding agencies luv supporting weird fetishes. ;) @NSF https://t.co/st6pFrGKN5 @PNASNews #whales
Nos quedamos sin fósforo; movement of P from sea to land by seabirds and anadromous fish was reduced by 96%, https://t.co/01r224XZy1
the fine tuning & whale purpose issue contradicted by the https://t.co/ZZim47fz5H paper the EN&V linked @DrJ_WasTaken @d_klinghoffer
Global nutrient transport in a #world of giants This Study was interesting - when you read it logical but... https://t.co/YxBJay1vGy
Hopefully coming up soon in Oxford, a talk by Dr Chris Doughty on how #elephantdung is vital. His research: https://t.co/9Wi3hhvYHc
RT @KlausRiede: movement of P from sea to land by seabirds and anadromous fish was reduced by 96% https://t.co/zxKAMClzDL #migratoryspecies…
movement of P from sea to land by seabirds and anadromous fish was reduced by 96% https://t.co/zxKAMClzDL #migratoryspecies #migratoryfishes
Cool paper of the day is from #PNAS. Ever think about how global loss of megafauna has affected nutrient transport? https://t.co/spfe35VPbM
RT @EcoEvoJournals: Nutrient transport in a world of giants [Ecology] https://t.co/KykBaillaN (PNAS)
RT @FreshwaterSteve: P transport oceans -> continents decreased ~ tenfold with declines of marine mammals, birds, migratory fish https://t.…
RT @FreshwaterSteve: P transport oceans -> continents decreased ~ tenfold with declines of marine mammals, birds, migratory fish https://t.…
RT @scientificjules: Global nutrient transport in a world of giants (i.e., all about animals moving and pooping) https://t.co/ktlMGINJBB #e…
RT @FreshwaterSteve: P transport oceans -> continents decreased ~ tenfold with declines of marine mammals, birds, migratory fish https://t.…