Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile
Arctic, Antarctic, and Alpine Research

@arctic_alpine

Arctic, Antarctic, and Alpine Research is an #OpenAccess international, scientific journal publishing multidisciplinary environmental research on cold regions.

ID: 196238957

linkhttps://www.tandfonline.com/toc/uaar20/current calendar_today28-09-2010 17:14:27

177 Tweet

208 Followers

215 Following

Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

#newarticle by Stewart & Aastrup finds seismic operations in East Greenland left imprints on local vegetation that could still be seen 34 years later & total recovery of the damaged vegetation will most likely not happen within a foreseeable time scale: doi.org/10.1080/152304…

#newarticle by Stewart & Aastrup finds seismic operations in East Greenland left imprints on local vegetation that could still be seen 34 years later & total recovery of the damaged vegetation will most likely not happen within a foreseeable time scale: doi.org/10.1080/152304…
INSTAAR 🏳️‍🌈 (@instaar) 's Twitter Profile Photo

🚨 HYDROLOGIC SCIENCES STUDENT SYMPOSIUM • Thu-Fri, April 10-11 • CU Boulder 🦬 SEEC S372 & online • Register by April 9 • For grads & undergrads, researchers, & faculty. Non-CU folks too! colorado.edu/program/hydros… Speakers incl INSTAARs D. McKnight, L. Sunberg, & I. Oleksy

🚨 HYDROLOGIC SCIENCES STUDENT SYMPOSIUM
• Thu-Fri, April 10-11
• <a href="/CUBoulder/">CU Boulder 🦬</a> SEEC S372 &amp; online
• Register by April 9
• For grads &amp; undergrads, researchers, &amp; faculty. Non-CU folks too!
colorado.edu/program/hydros…
Speakers incl INSTAARs D. McKnight, L. Sunberg, &amp; I. Oleksy
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

#newarticle Kytöviita & Francini show that plasticity of root fungal symbiosis contributes to the grazing tolerance in the grass Avenella flexuosa. Urea deposition is more important than defoliation in triggering grazing responses in mycorrhizal symbiosis: doi.org/10.1080/152304…

#newarticle Kytöviita &amp; Francini show that plasticity of root fungal symbiosis contributes to the grazing tolerance in the grass Avenella flexuosa. Urea deposition is more important than defoliation in triggering grazing responses in mycorrhizal symbiosis: doi.org/10.1080/152304…
INSTAAR 🏳️‍🌈 (@instaar) 's Twitter Profile Photo

🚨 New ocean sediment drilling report INSTAAR Fellow ANNE JENNINGS co-led IODP #Exp400, which collected cores off the NW Greenland glaciated margin from JOIDES Resolution... incl one 978m (3209ft) long! The team's work spans a lot of ice sheet & ocean history publications.iodp.org/proceedings/40…

🚨 New ocean sediment drilling report
INSTAAR Fellow ANNE JENNINGS co-led IODP #Exp400, which collected cores off the NW Greenland glaciated margin from <a href="/TheJR/">JOIDES Resolution</a>... incl one 978m (3209ft) long! The team's work spans a lot of ice sheet &amp; ocean history publications.iodp.org/proceedings/40…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

#newarticle by Rue & McKnight leverages established & contemporary techniques for characterizing dissolved organic matter (DOM) to provide new knowledge into the diversity & structure of DOM under contrasting biogeochemical conditions in an Antarctic lake: doi.org/10.1080/152304…

#newarticle by Rue &amp; McKnight leverages established &amp; contemporary techniques for characterizing dissolved organic matter (DOM) to provide new knowledge into the diversity &amp; structure of DOM under contrasting biogeochemical conditions in an Antarctic lake: doi.org/10.1080/152304…
INSTAAR 🏳️‍🌈 (@instaar) 's Twitter Profile Photo

🌎 Happy #EarthDay! We study Earth & environmental systems at CU Boulder. Our name = cold/high places, but we work worldwide: 🧊 Cold regions ⌛ Past climate 🏔️ Earth surface processes 💨 Atmospheric gases 🌱 Ecological change & more! Explore our science: colorado.edu/instaar/resear…

🌎 Happy #EarthDay! We study Earth &amp; environmental systems at CU Boulder. Our name = cold/high places, but we work worldwide:
🧊 Cold regions
⌛ Past climate
🏔️ Earth surface processes
💨 Atmospheric gases
🌱 Ecological change
&amp; more! Explore our science: colorado.edu/instaar/resear…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

Charles et al’s #newarticle studies how plant-soil relationships change with glacier retreat & finds that after 140 years of glacier retreat, soil pH becomes very acidic & plant competition leads to a shift from herbaceous communities to coniferous forest: doi.org/10.1080/152304…

Charles et al’s #newarticle studies how plant-soil relationships change with glacier retreat &amp; finds that after 140 years of glacier retreat, soil pH becomes very acidic &amp; plant competition leads to a shift from herbaceous communities to coniferous forest: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

Simultaneous heatwaves occurred in March 2022 in both Antarctic & Arctic regions. In a #newarticle, Bernard & Friedt investigate the impact of this extreme weather event from the perspective of a North-facing polar glacier in Norway’s Brøgger peninsula: doi.org/10.1080/152304…

Simultaneous heatwaves occurred in March 2022 in both Antarctic &amp; Arctic regions. In a #newarticle, Bernard &amp; Friedt investigate the impact of this extreme weather event from the perspective of a North-facing polar glacier in Norway’s Brøgger peninsula: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

#newarticle by Terekhov et al. examines 4 ice caps of the remote Bennett Island using archived in situ data & calculation of the recent geodetic mass balance. It shows that the mass loss of the island’s glaciation sped up significantly since the 2000s: doi.org/10.1080/152304…

#newarticle by Terekhov et al. examines 4 ice caps of the remote Bennett Island using archived in situ data &amp; calculation of the recent geodetic mass balance. It shows that the mass loss of the island’s glaciation sped up significantly since the 2000s: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

Did you know we’re on BlueSky? You can also find new research & other journal updates there – give us a follow: @aaarjournal.bsky.social #environmentalsciences #newarticle #academicpublishing #INSTAAR

Did you know we’re on BlueSky? You can also find new research &amp; other journal updates there – give us a follow: @aaarjournal.bsky.social
#environmentalsciences #newarticle #academicpublishing #INSTAAR
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

#newarticle Swanger et al investigate the origin & structure of a buried dead ice mass in Taylor Valley. Taylor Glacier retreated from its marine isotope stage 5e (~125 ka) max. to its present level or lower by ~62 ka but possibly as early as ~81 to 94 ka: doi.org/10.1080/152304…

#newarticle Swanger et al investigate the origin &amp; structure of a buried dead ice mass in Taylor Valley. Taylor Glacier retreated from its marine isotope stage 5e (~125 ka) max. to its present level or lower by ~62 ka but possibly as early as ~81 to 94 ka: doi.org/10.1080/152304…
Dr Chris Stringer 🏔️ (@sedsstringer) 's Twitter Profile Photo

Delighted to see our latest paper published in Arctic, Antarctic, and Alpine Research I started on this research on the first day of my PhD (back in 2020!) It explores the land cover and land cover changes of some key proglacial areas of the Antarctic Peninsula Region 🇦🇶🛰️ tandfonline.com/doi/full/10.10…

Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

#newarticle by Stringer (@sedsstringer) et al. offers a new data set of land cover of major deglaciated sites in West Antarctica, highlighting a spatial pattern where northern sites have more vegetation & active sediments and have changed more rapidly: doi.org/10.1080/152304…

#newarticle by Stringer (@sedsstringer) et al. offers a new data set of land cover of major deglaciated sites in West Antarctica, highlighting a spatial pattern where northern sites have more vegetation &amp; active sediments and have changed more rapidly: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

An anomalous warm weather event in the Antarctic McMurdo Dry Valleys in March 2022 caused unseasonal melt within Taylor Valley. Snyder et al.’s #newarticle explores the effect of this event on soil biota communities most sensitive to freeze-thaw stress: doi.org/10.1080/152304…

Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

Tuomaala et al.’s #newarticle on soil profiles collected from subarctic Greenland shows two landscape regime shifts: organic soils were recently established on mineral soil & Sphagnum moss is overtaking tundra communities: doi.org/10.1080/152304…

Tuomaala et al.’s #newarticle on soil profiles collected from subarctic Greenland shows two landscape regime shifts: organic soils were recently established on mineral soil &amp; Sphagnum moss is overtaking tundra communities: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

Microplastics (MPs) studies in Antarctica are scarce, especially in top predators like marine mammals. Santillán et al.’s #newarticle fills this gap by evaluating the occurrence of MPs in Antarctic seals and penguins in Admiralty Bay, King George Island: doi.org/10.1080/152304…

Microplastics (MPs) studies in Antarctica are scarce, especially in top predators like marine mammals. Santillán et al.’s #newarticle fills this gap by evaluating the occurrence of MPs in Antarctic seals and penguins in Admiralty Bay, King George Island: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

Kuzmina’s #newarticle for our special collection on Beringian Environments presents a thorough study of the fossil insect fauna of Beringia, contributing to our knowledge of the unique Pleistocene steppe-tundra biota of both Western and Eastern Beringia: doi.org/10.1080/152304…

Kuzmina’s #newarticle for our special collection on Beringian Environments presents a thorough study of the fossil insect fauna of Beringia, contributing to our knowledge of the unique Pleistocene steppe-tundra biota of both Western and Eastern Beringia: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

DeMaster et al’s new Arctic Answers examines record low salmon runs in the Yukon River Basin due to climate change, commercial fishing & bycatch. They discuss actions & management approaches to combat this crisis for the Alaska Native subsistence community doi.org/10.1080/152304…

DeMaster et al’s new Arctic Answers examines record low salmon runs in the Yukon River Basin due to climate change, commercial fishing &amp; bycatch. They discuss actions &amp; management approaches to combat this crisis for the Alaska Native subsistence community doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

In March 1912, Captain Robert Scott & his remaining men perished in a blizzard on the Ross Ice Shelf on their return journey from the South Pole. In a #newarticle, M. Zinkova explores the weather conditions that made this unusual Final Blizzard possible: doi.org/10.1080/152304…

In March 1912, Captain Robert Scott &amp; his remaining men perished in a blizzard on the Ross Ice Shelf on their return journey from the South Pole. In a #newarticle, M. Zinkova explores the weather conditions that made this unusual Final Blizzard possible: doi.org/10.1080/152304…
Arctic, Antarctic, and Alpine Research (@arctic_alpine) 's Twitter Profile Photo

In Magnusson et al's #newarticle, virgin land near a Norwegian melting glacier was rapidly colonized by soil-living Nematoda & larvae of Chironomidae midges & other Diptera. They show how these groups contribute significantly to establish an ecosystem: doi.org/10.1080/152304…

In Magnusson et al's #newarticle, virgin land near a Norwegian melting glacier was rapidly colonized by soil-living Nematoda &amp; larvae of Chironomidae midges &amp; other Diptera. They show how these groups contribute significantly to establish an ecosystem: doi.org/10.1080/152304…