Galaxy Zoo: Are bars responsible for the feeding of active galactic nuclei at 0.2 < z < 1.0?★

Monthly Notices of the Royal Astronomical Society Oxford University Press (OUP) 447:1 (2015) 506-516

Authors:

Edmond Cheung, Jonathan R Trump, E Athanassoula, Steven P Bamford, Eric F Bell, A Bosma, Carolin N Cardamone, Kevin RV Casteels, SM Faber, Jerome J Fang, Lucy F Fortson, Dale D Kocevski, David C Koo, Seppo Laine, Chris Lintott, Karen L Masters, Thomas Melvin, Robert C Nichol, Kevin Schawinski, Brooke Simmons, Rebecca Smethurst, Kyle W Willett

HIGH-LYING OH ABSORPTION, [C ii] DEFICITS, AND EXTREME LFIR/MH2 RATIOS IN GALAXIES

The Astrophysical Journal American Astronomical Society 800:1 (2015) 69

Authors:

E González-Alfonso, J Fischer, E Sturm, J Graciá-Carpio, S Veilleux, M Meléndez, D Lutz, A Poglitsch, S Aalto, N Falstad, HWW Spoon, D Farrah, A Blasco, C Henkel, A Contursi, A Verma, M Spaans, HA Smith, MLN Ashby, S Hailey-Dunsheath, S García-Burillo, J Martín-Pintado, P van der Werf, R Meijerink, R Genzel

THE MILKY WAY PROJECT: WHAT ARE YELLOWBALLS?

The Astrophysical Journal American Astronomical Society 799:2 (2015) 153

Authors:

CR Kerton, G Wolf-Chase, K Arvidsson, CJ Lintott, RJ Simpson

STRONG C+ EMISSION IN GALAXIES AT z ∼ 1–2: EVIDENCE FOR COLD FLOW ACCRETION POWERED STAR FORMATION IN THE EARLY UNIVERSE

The Astrophysical Journal American Astronomical Society 799:1 (2015) 13

Authors:

Drew Brisbin, Carl Ferkinhoff, Thomas Nikola, Stephen Parshley, Gordon J Stacey, Henrik Spoon, Steven Hailey-Dunsheath, Aprajita Verma

Defining and Measuring Success in Online Citizen Science: A Case Study of Zooniverse Projects

Computing in Science and Engineering IEEE 17:4 (2015) 28-41

Authors:

J Cox, EY Oh, Brooke Simmons, C Lintott, K Masters, A Greenhill, G Graham, K Holmes

Abstract:

Although current literature highlights a wide variety of potential citizen science project outcomes, no prior studies have systematically assessed performance against a comprehensive set of criteria. The study reported here is the first to propose a novel framework for assessing citizen science projects against multiple dimensions of success. The authors apply this framework to a sample of projects that form part of the online Zooniverse platform and position these projects against a success matrix that measures both contribution to science and public engagement levels relative to other projects in the sample. Their results indicate that better-performing projects tend to be those that are more established, as well as those in the area of astronomy. Implications for citizen science practitioners include the need to consider the impact of core competencies on project performance, as well as the importance of relationships between the central organization and science teams.