Publications
“The Phase Space And Stellar Populations Of Cluster Galaxies At Z ~ 1: Simultaneous Constraints On The Location And Timescale Of Satellite Quenching”. The Phase Space And Stellar Populations Of Cluster Galaxies At Z ~ 1: Simultaneous Constraints On The Location And Timescale Of Satellite Quenching. https://ui.adsabs.harvard.edu/#abs/2014ApJ..796..65M.
. 2014. “On The Perturbation Of The Luminosity Distance By Peculiar Motions”. On The Perturbation Of The Luminosity Distance By Peculiar Motions. https://ui.adsabs.harvard.edu/#abs/2015MNRAS.450.883K.
. 2015. Peculiar Motions Of Clusters In The Perseus-Pisces Region. https://ui.adsabs.harvard.edu/#abs/1997gsr.proc.296S.
. 1997. “Optical Galaxies Within 8000 Kms -1- I. The Density Field.”. Optical Galaxies Within 8000 Kms -1- I. The Density Field.. https://ui.adsabs.harvard.edu/#abs/1993MNRAS.265..43H.
. 1993. “Optical Galaxies Within 8000 Km S-1. Iii. Inhomogeneous Malmquist Bias Corrections And The Great Attractor.”. Optical Galaxies Within 8000 Km S-1. Iii. Inhomogeneous Malmquist Bias Corrections And The Great Attractor.. https://ui.adsabs.harvard.edu/#abs/1994MNRAS.266.468H.
. 1994. “Optical Galaxies Within 8000 Km S-1 - Iv. The Peculiar Velocity Field.”. Optical Galaxies Within 8000 Km S-1 - Iv. The Peculiar Velocity Field.. https://ui.adsabs.harvard.edu/#abs/1994MNRAS.266.475H.
. 1994. “Optical Galaxies Within 8000 Km S-1- Ii. The Peculiar Velocity Of The Local Group.”. Optical Galaxies Within 8000 Km S-1- Ii. The Peculiar Velocity Of The Local Group.. https://ui.adsabs.harvard.edu/#abs/1993MNRAS.265..72H.
. 1993. “Omega And Biasing From Optical Galaxies Versus Potent Mass”. Omega And Biasing From Optical Galaxies Versus Potent Mass. https://ui.adsabs.harvard.edu/#abs/1995MNRAS.274.305H.
. 1995. The Noao Fundamental Plane Survey Of X-Ray Selected Galaxy Clusters To 200H-1 Mpc.. https://ui.adsabs.harvard.edu/#abs/2001ASPC.232.138S.
. 2001. “The Noao Fundamental Plane Survey - Iii. Variations In The Stellar Populations Of Red-Sequence Galaxies From The Cluster Core To The Virial Radius”. The Noao Fundamental Plane Survey - Iii. Variations In The Stellar Populations Of Red-Sequence Galaxies From The Cluster Core To The Virial Radius. https://ui.adsabs.harvard.edu/#abs/2006MNRAS.369.1419S.
. 2006. The Large-Scale Distribution Of Dark And Luminous Matter. https://ui.adsabs.harvard.edu/#abs/2005ASPC.329..39H.
. 2005. “Monthly Notices Of The Royal Astronomical Society”. The Shape Of Dark Matter Haloes: Results From Weak Lensing In The Ultraviolet Near-Infrared Optical Northern Survey (Unions).
. 2023. “Monthly Notices Of The Royal Astronomical Society”. How Many Stars Form In Galaxy Mergers?. https://doi.org/10.1093/mnras/stad3211.
. 2023. “Monthly Notices Of The Royal Astronomical Society”. Constraining Quenching Time-Scales In Galaxy Clusters By Forward-Modelling Stellar Ages And Quiescent Fractions In Projected Phase Space.
. 2023. “Monthly Notices Of The Royal Astronomical Society”. New Constraints On Anisotropic Expansion From Supernovae Type Ia.
. 2022. “Monthly Notices Of The Royal Astronomical Society”. Star Formation Characteristics Of Cnn-Identified Post-Mergers In The Ultraviolet Near Infrared Optical Northern Survey (Unions).
. 2022. “Monthly Notices Of The Royal Astronomical Society”. A Universal Profile For Stacked Filaments From Cold Dark Matter Simulations.
. 2022. “Monthly Notices Of The Royal Astronomical Society”. Bayesian Reconstruction Of Dark Matter Distribution From Peculiar Velocities: Accounting For Inhomogeneous Malmquist Bias.
. 2022. “Monthly Notices Of The Royal Astronomical Society”. Assessing The Accuracy Of Cosmological Parameters Estimated From Velocity – Density Comparisons Via Simulations. https://doi.org/10.1093/mnras/staa4039.
. 2021. “Monthly Notices Of The Royal Astronomical Society”. A Homogeneous Measurement Of The Delay Between The Onsets Of Gas Stripping And Star Formation Quenching In Satellite Galaxies Of Groups And Clusters.
. 2021.