Search

Publications matching your search query

Results 1 to 11 of 11

Seasonal and Local Time Variation in the Observed Peak of the Meteor Altitude Distributions by Meteor Radars JGR Atmospheres, 2024 (Ref: 17209)
Authors:
Dawkins E.C.M.Janches D.Stober G.Carrillo-Sanchez J.D.Lieberman R.S.Jacobi C.Moffat-Griffin T.Mitchell N.J.Cobbett N.Batista P.P.Andrioli V.F.Buriti R.A.Murphy D.J.Kero J.Gulbrandsen N.Tsutsumi M.Kozlovsky A.Lester M.Kim J.H.Lee C.Liu A.Fuller B.O'Connor D.Palo S.E.Taylor M.J.Marino J.Rainville N.
Category 1: Peer-reviewed literature

Meteoroids of sub-milligram sizes burn up high in the Earth's atmosphere and cause streaks of plasma trails detectable by meteor radars. The altitude at which these trails, or meteors…

Gravity waves generated by the Hunga Tonga–Hunga Ha?apai volcanic eruption and their global propagation in the mesosphere/lower thermosphere observed by meteor radars and modeled with the High-Altitude general Mechanistic Circulation Model. Atmospheric Chemistry and Physics, 2024 (Ref: 17149)
Authors:
Stober G.Vadas S.L.Becker E.Liu A.Kozlovsky A.Janches D.Qiao Z.Krochin W.Shi G.Yi W.Zeng J.Brown P.Vida D.Hindley N.Jacobi C.Murphy D.Buriti R.Andrioli A.Batista P.Marino J.Palo S.Thorsen D.Tsutsumi M.Gulbrandsen N.Nozawa S.Lester M.Baumgarten K.Kero J.Belova E.Mitchell N.Moffat-Griffin T.Li N.
Category 1: Peer-reviewed literature

The Hunga Tonga–Hunga Ha?apai volcano erupted on 15 January 2022, launching Lamb waves and gravity waves into the atmosphere. In this study, we present results using 13 globally distributed meteor radars and identify the volcanogenic gravity waves in the mesospheric/lower thermospheric winds.

Metal lability and environmental risk in anthropogenically disturbed Antarctic melt streams Environmental Pollution 287, 2021 (Ref: 16420)
Authors:
Koppel D.J.Bishop J.Kopalová K.Price G.A.V.Brown K.E.King C.K.Adams M.S.Jolley D.F.
Category 1: Peer-reviewed literature

Seasonal evolution of winds atmospheric tides and Reynolds stress components in the Southern Hemisphere mesosphere–lower thermosphere in 2019 Geophysics, 2021 (Ref: 16360)
Authors:
Stober G.Janches D.Matthias V.Fritts D.Marino J.Moffat-Griffin T.Baumgarten K.Lee W.Murphy D.J.Kim Y.H.Mitchell N.Palo S.
Category 1: Peer-reviewed literature

A database of marine phytoplankton abundance, biomass and species composition in Australian waters Scientific Data, 2016 (Ref: 15831)
Authors:
Davies C.H.Coughlan A.Hallegraeff G.Ajani P.Armbrecht L.Atkins N.Bonham P.Brett S.Brinkman R.Burford M.Clementson L.Coad P.Coman F.Davies D.Dela-Cruz J.Devlin M.Edgar S.Eriksen R.Furnas M.Hassler C.Hill D.Holmes M.Ingleton T.Jameson I.Leterme S.C.Lonborg C.McLaughlin J.McEnnulty F.McKinnon D.Miller M.Murray S.Nayar S.Patten R.Pausina S.A.Pritchard T.Proctor R.Purcell-Meyerink D.Raes E.Rissik D.Ruszczyk J.Slotwinski A.Swadling K.M.Tattersall K.Thompson P.Thomson P.Tonks M.Trull T.W.Uribe-Palomino J.Waite A.M.Yauwenas R.Zammit A.J.Richardson A.J.
Category 1: Peer-reviewed literature

International POLAR-PALOOZA: travelling a North American outreach model to Brazil, China and Australia—lessons learned. International Polar Year Oslo Science Conference, 8-12 June 2010, Oslo, Norway, 2010 (Ref: 14245)
Authors:
Haines-Stiles G.Akuginow E.Riddle M.Simoes J.
Category 3: Verbal presentation

Coordinated global radar observations of tidal and planetary waves in the mesosphere and lower thermosphere during January 20-30, 1993. Journal of Geophysical Research, 1997 (Ref: 7591)
Authors:
Deng W.Salah J.E.Clark R.R.Franke S.J.Fritts D.C.Hoffan P.Kuerschner D.Manson A.H.Meek C.E.Murphy D.Nakamura T.Palo S.E.Riggin D.M.Roble R.G.Schminder R.Singer W.Tsuda T.Vincent R.A.Zhou Q.
Category 1: Peer-reviewed literature

ICESTAR: Vertical coupling of the atmosphere over Antarctica via atmospheric tides. Abstract Volume of the SCAR Open Science Conference, Hobart 12-14 July 2006, 2006 (Ref: 12470)
Authors:
Palo S.E.Iimura H.Murphy D.Vincent R.A.Riggin D.Fritts D.Tsutsumi M.Aso T.McDonald A.Baumgartner A.Mitchell N.
Category 3: Poster

The atmospheric tides are a dominant and persistent feature of the mesosphere and lowerthermosphere … region of the atmosphere which spans from 80 to 120km above the Earth’s … surface. The tides…

Planetary wave coupling from the stratosphere to the thermosphere during the 2002 Southern Hemisphere pre-stratwarm period. Geophysical Research Letters, 2005 (Ref: 12228)
Authors:
Palo S.E.Forbes J.M.Zhang X.Russell III J.M.Mertens C.J.Mlynczak M.G.Burns G.B.Espy P.J.Kawahara T.D.
Category 1: Peer-reviewed literature

[1] Temperature observations between 20 and 120 km … from the SABER instrument on the TIMED spacecraft are … used to investigate the nature of planetary wave activity … during the 60 days prior to the midwinter stratospheric … warming that commenced on 26 September…

Mesosphere/lower thermosphere prevailing wind model. Advances in Space Research., 2004 (Ref: 11703)
Authors:
Portnyagin Yu.Solovjova T.Merzlyakov E.Forbes J.Palo S.Ortland D.Hocking W.MacDougall J.Thayaparan T.Manson A.Meek C.Hoffmann P.Singer W.Mitchell N.Pancheva D.Igarashi K.Murayama Y.Jacobi Ch.Kuerschner D.Fahrutdinova A.Korotyshkin D.Clark R.Taylor M.Franke S.Fritts D.Tsuda T.Nakamura T.Gurubaran S.Rajaram R.Vincent R.Kovalam S.Batista P.Poole G.Malinga S.Fraser G.Murphy D.Riggin D.Aso T.Tsutsumi M.
Category 1: Peer-reviewed literature

An intercomparison between the GSWM, UARS, and ground based radar observations: a case-study in January 1993. Annales Geophysicae, 1997 (Ref: 8123)
Authors:
Palo S.E.Hagan M.E.Meek C.E.Vincent R.A.Burrage M.D.McLandress C.Franke S.J.Ward W.E.Clark R.R.Hoffmann P.Johnson R.Kurschner D.Manson A.H.Murphy D.Nakamura T.Portnyagin .Yu I.Salah J.E.Schminder R.Singer W.Tsuda T.Virdi T.S.Zhou Q.
Category 1: Peer-reviewed literature

on