Galactic chemical evolution - Abundance gradients of individual elements

Galactic chemical evolution - Z versus ln(1/mu) relationship

Galactic chemical evolution and nucleocosmochronology - Analytic quadratic models

Galactic Chemical Evolution and the abundances of lithium, beryllium and boron

Galactic Chemical Evolution and the Helium Enrichment

Galactic Chemical Evolution at Low Metallicity

Galactic chemical evolution in hierarchical formation models - I. Early-type galaxies in the local Universe

Galactic chemical evolution in hierarchical formation models - II. The Intracluster Medium

Galactic chemical evolution of Ba-peak elements

Galactic chemical evolution of heavy elements: from Barium to Europium

Galactic chemical evolution of Lithium: interplay between stellar sources"

Galactic chemical evolution of primary elements in the solar neighbourhood - II. Elements affected by the s-process

Galactic Chemical Evolution of the Lighter Neutron Capture Elements Sr, Y and Zr

Galactic Chemical Evolution of the s Process from AGB Stars

Galactic Chemical Evolution Redux: Atomic Numbers 6 < Z < 15

Galactic Chemical Evolution with Heavy Metals Produced by the First Generation Stars

Galactic chemical evolution with main-sequence mass loss and the distribution of F and G dwarfs

Galactic Chemical Evolution with Nearly Constant Star-Formation Rates

Galactic chemical evolution: Carbon through Zinc

Galactic Chemical Evolution: From the Local Disk to the Distant Universe