RT @ChelskiLittle: you guys. #todayilearned that pollen from pine trees in New Zealand travels 1700 km, sinks to 10,0000m in deep-sea trenc…
RT @EcoInvasions: New study: Replacement of native forest in New Zealand by non-native pine forests has increased transport of pollen to of…
RT @EcoInvasions: New study: Replacement of native forest in New Zealand by non-native pine forests has increased transport of pollen to of…
RT @ChelskiLittle: you guys. #todayilearned that pollen from pine trees in New Zealand travels 1700 km, sinks to 10,0000m in deep-sea trenc…
RT @ChelskiLittle: you guys. #todayilearned that pollen from pine trees in New Zealand travels 1700 km, sinks to 10,0000m in deep-sea trenc…
you guys. #todayilearned that pollen from pine trees in New Zealand travels 1700 km, sinks to 10,0000m in deep-sea trenches, & is ingested by unicellular organisms. coolest cross-ecosystem subsidy ever? #365papers https://t.co/QOAte9RWmx
New study: Replacement of native forest in New Zealand by non-native pine forests has increased transport of pollen to offshore ecosystems, including the deep sea, thereby possibly altering food webs and carbon cycling. https://t.co/oe9YiBy86j https://t.co
@EcosystemsJ Pine pollen a significant OC source to infauna of 10 km deep ocean trenches https://t.co/QcBTDBfz5h Lots of sneezing down there!
Makes you stop & think. Tree pollen could be helping to feed deep ocean ecosystems https://t.co/KZ6onXg4y5
RT @coralnerd: How neat! The deep-sea food web could include...pollen! #deepsea #carboncycle https://t.co/E5j9DahTSH
RT @coralnerd: How neat! The deep-sea food web could include...pollen! #deepsea #carboncycle https://t.co/E5j9DahTSH
RT @coralnerd: How neat! The deep-sea food web could include...pollen! #deepsea #carboncycle https://t.co/E5j9DahTSH