The Magellanic System harbors >800 expanding shells of neutral hydrogen, providing a unique opportunity for statistical investigations. Most of these shells are surprisingly young, 2--10 Myr old, and correlate poorly with young stellar populations. I summarize what we have learned about shell properties and particularly focus on the puzzling correlation between the shell radius and expansion velocity. In the framework of the standard, adiabatic model for shell evolution this tight correlation suggests a coherent burst of star formation across the whole Magellanic System. However, more than one mechanism for shell formation may be taking place
Aims.We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive sta...
Aims: We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive st...
Stellar winds from O and WR stars transfer large amounts of mechanical energy and momentum into the ...
We examine the recent star formation associated with four supergiant shells in the Large Magellanic ...
The 21cm line emission from a 7x6 degree region, east of and adjoining the Small Magellanic Cloud (S...
Context. Understanding the evolutionary history of the Magellanic Clouds requires an in-depth explor...
Large HI shells, with diameters of hundreds of pc and expansion velocities of 10-20kms-1 are well ob...
Superbubbles that result from the stellar winds and supernovae of OB associations probably play a fu...
Context. Massive stars have a profound effect on the surrounding interstellar medium. They ionize an...
Shells are fine stellar structures that are identified by their arc-like shapes around a galaxy. The...
We discuss how tidal interaction between the Large Magellanic Cloud (LMC), the Small Magellanic Clou...
GSH 91.5 + 2 − 114 is a large H i shell located in the outer Galaxy at a kinematic distance of about...
We investigate the effects of supergiant shells (SGSs) and their interaction on dense molecular clum...
The interaction between massive stars and the ISM is a fundamental process determining the structure...
We have obtained high-resolution HI observations of N44, one of the largest HII complexes in the Lar...
Aims.We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive sta...
Aims: We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive st...
Stellar winds from O and WR stars transfer large amounts of mechanical energy and momentum into the ...
We examine the recent star formation associated with four supergiant shells in the Large Magellanic ...
The 21cm line emission from a 7x6 degree region, east of and adjoining the Small Magellanic Cloud (S...
Context. Understanding the evolutionary history of the Magellanic Clouds requires an in-depth explor...
Large HI shells, with diameters of hundreds of pc and expansion velocities of 10-20kms-1 are well ob...
Superbubbles that result from the stellar winds and supernovae of OB associations probably play a fu...
Context. Massive stars have a profound effect on the surrounding interstellar medium. They ionize an...
Shells are fine stellar structures that are identified by their arc-like shapes around a galaxy. The...
We discuss how tidal interaction between the Large Magellanic Cloud (LMC), the Small Magellanic Clou...
GSH 91.5 + 2 − 114 is a large H i shell located in the outer Galaxy at a kinematic distance of about...
We investigate the effects of supergiant shells (SGSs) and their interaction on dense molecular clum...
The interaction between massive stars and the ISM is a fundamental process determining the structure...
We have obtained high-resolution HI observations of N44, one of the largest HII complexes in the Lar...
Aims.We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive sta...
Aims: We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive st...
Stellar winds from O and WR stars transfer large amounts of mechanical energy and momentum into the ...