Prof. Matt Jarvis: Publications

The relationship between radio luminosity and black hole mass in optically selected quasars

\mnras 353 (2004) L45-L49-L45-L49

Authors:

RJ McLure, MJ Jarvis

The cosmic evolution of low-luminosity radio sources from the Sloan Digital Sky Survey Data Release 1

\mnras 352 (2004) 909-914-909-914

Authors:

L Clewley, MJ Jarvis

A sample of radio galaxies spanning three decades in radio luminosity - I. The host galaxy properties and black hole masses

\mnras 351 (2004) 347-361-347-361

Authors:

RJ McLure, CJ Willott, MJ Jarvis, S Rawlings, GJ Hill, E Mitchell, JS Dunlop, M Wold

Using MgII to Investigate Quasars and Their Black-hole Masses

AGN Physics with the Sloan Digital Sky Survey 311 (2004) 79-79

Authors:

M Jarvis, R McLure

A Deep, High-Resolution Survey at 74 MHz

\apjs 150 (2004) 417-430-417-430

Authors:

AS Cohen, HJA Röttgering, MJ Jarvis, NE Kassim, TJW Lazio

91̽��

Prof. Matt Jarvis

Research theme

Sub department

The relationship between radio luminosity and black hole mass in optically selected quasars

Authors:

The cosmic evolution of low-luminosity radio sources from the Sloan Digital Sky Survey Data Release 1

Authors:

A sample of radio galaxies spanning three decades in radio luminosity - I. The host galaxy properties and black hole masses

Authors:

Using MgII to Investigate Quasars and Their Black-hole Masses

Authors:

A Deep, High-Resolution Survey at 74 MHz

Authors:

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91̽��

Prof. Matt Jarvis

Research theme

Sub department

Research groups

The relationship between radio luminosity and black hole mass in optically selected quasars

Authors:

The cosmic evolution of low-luminosity radio sources from the Sloan Digital Sky Survey Data Release 1

Authors:

A sample of radio galaxies spanning three decades in radio luminosity - I. The host galaxy properties and black hole masses

Authors:

Using MgII to Investigate Quasars and Their Black-hole Masses

Authors:

A Deep, High-Resolution Survey at 74 MHz

Authors: