networks of all-sky-imagers (asis) for itm system science · 2020. 1. 1. · michael mendillo,...

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Networks of All-Sky-Imagers (ASIs) for ITM System Science Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics Boston University Quo Vadis----Boulder----May 2016

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Page 1: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

Networks of All-Sky-Imagers (ASIs) for ITM System Science

Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner

Center for Space Physics

Boston University

Quo Vadis----Boulder----May 2016

Page 2: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

3. Sub-auroral Ionosphere (latitudes below auroral ovals). Stable auroral red (SAR) arcs

(transfer magnetospheric ring current energy into the I-T system)

BU OPTICAL NETWORK

1. Equatorial and low latitude Ionosphere (from magnetic equator to the crests of the

Appleton Anomaly). ESF and MSTIDs effects.

2. Mid latitude Ionosphere (poleward from Anomaly crests to ~ 40 mag lat). Nighttime

MSTIDs, E and F region coupling.

existing

planned

4. Mesospheric Dynamics (above mountains, coastal & oceanic sites)

Page 3: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics
Page 4: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics
Page 5: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics
Page 6: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

MLT Gravity Waves and M-T Dynamical Coupling Processes

Mt. John Observatory, New Zealand 4 March 2009

Secondary thermospheric GW’s in 630.0 nm emission generated

from breaking GW’s in the MLT (Smith et al., 2013 JGR).

•Strong SE-ward waves 9:00-12:30UT Two simul. wave sets

•Weaker NW-ward waves 9:00-10:30UT prop. in opp. dirs.

Clear example of dynamical coupling between mesosphere

and thermosphere.

McDonald Observatory, Texas 14 November 1999

Large mesospheric bore disturbance in the 557.7 nm emission. Naked–eye visibility (Smith et al., 2003 JGR).

Indicated presence of stable temperature inversion layer near 90 km altitude spanning over 1100 km.

Mesospheric Bores Secondary GW’s in Thermosphere

Page 7: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

6300 Å

Page 8: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

Summary: Relevance of ASI Networks

• Solar-Terrestrial Physics provokes global effects --- Not just where most of the diagnostic instruments (and people) are located. --- Longitude networks in several Latitude domains needed --- Geomagnetic Conjugate-point pairs needed

• ASIs provide both optical science yield and Regional Contexts for multi-diagnostic observations

• Opportunities for “enabled growth” in Africa and within existing southern hemisphere aeronomy communities.

• NASA’s ICON and GOLD --- A new era for global science of the Earth’s coupled neutral-plasma environment.

Page 9: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

6300 Å Images

Page 10: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

6300 Å Images

Page 11: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

7774 Å Images

Page 12: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

7774 Å

Page 13: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

2 October 2013

Millstone Hill Rothera

N

E

Page 14: Networks of All-Sky-Imagers (ASIs) for ITM System Science · 2020. 1. 1. · Michael Mendillo, Carlos Martinis, Steven Smith, Joei Wroten, and Jeff Baumgardner Center for Space Physics

Mapping SAR Arc Structures into the Geomagnetic Equatorial Plane