Items where Author is "Lintott, Chris J."
Number of items: 5.
Article
Galaxy Zoo: major galaxy mergers are not a significant quenching pathway. (2017)
Anna K. Weigel,
Kevin Schawinski,
Neven Caplar,
Alfredo Carpineti,
Ross E. Hart,
Sugata Kaviraj,
William C. Keel,
Sandor J. Kruk,
Chris J. Lintott,
Robert C. Nichol,
Brooke D. Simmons
and
Rebecca J. Smethurst
An infrared study of local galaxy mergers. (2015)
Alfredo Carpineti,
Sugata Kaviraj,
Ashley K. Hyde,
David L. Clements,
Kevin Schawinski,
Daniel Darg
and
Chris J. Lintott
Galaxy Zoo : the dependence of the star formation-stellar mass relation on spiral disk morphology. (2015)
Kyle W. Willett,
Kevin Schawinski,
Brooke D. Simmons,
Karen L. Masters,
Ramin A. Skibba,
Sugata Kaviraj,
Thomas Melvin,
O. Ivy Wong,
Robert C. Nichol,
Edmond Cheung,
Chris J. Lintott
and
Lucy Fortson
Galaxy Zoo: CANDELS barred discs and bar fractions. (2014)
Brooke D. Simmons,
Thomas Melvin,
Chris J. Lintott,
Karen L. Masters,
Kyle W. Willett,
William C. Keel,
R. J. Smethurst,
Edmond Cheung,
Robert C. Nichol,
Kevin Schawinski,
Michael Rutkowski,
Jeyhan S. Kartaltepe,
Eric F. Bell,
Kevin R. V. Casteels,
Christopher J. Conselice,
Omar Almaini,
Henry C. Ferguson,
Lucy Fortson,
William Hartley,
Dale Kocevski,
Anton M. Koekemoer,
Daniel H. McIntosh,
Alice Mortlock,
Jeffrey A. Newman,
Jamie Ownsworth,
Steven P. Bamford,
Tomas Dahlen,
Sandra M. Faber,
Steven L. Finkelstein,
Adriano Fontana,
Audrey Galametz,
N. A. Grogin,
Ruth Grützbauch,
Yicheng Guo,
Boris Häußler,
Kian J. Jek,
Sugata Kaviraj,
Ray A. Lucas,
Michael Peth,
Mara Salvato,
Tommy Wiklind
and
Stijn Wuyts
The green valley is a red herring : Galaxy Zoo reveals two evolutionary pathways towards quenching of star formation in early-and late-type galaxies. (2014)
Kevin Schawinski,
C. Megan Urry,
Brooke D. Simmons,
Lucy Fortson,
Sugata Kaviraj,
William C. Keel,
Chris J. Lintott,
Karen L. Masters,
Robert C. Nichol,
Marc Sarzi,
Ramin Skibba,
Ezequiel Treister,
Kyle W. Willett,
O. Ivy Wong
and
Sukyoung K. Yi