INTEGRATED CROSS SECTIONS FOR ELECTRON SCATTERING FROM THE GROUND STATE OF BARIUM D. V. Fursa$^{\dag*}$, S. Trajmar$^\ddag$, I. Bray$^\dag$, I. Kanik$^\ddag$, J. Abdallah Jr.$^\S$, R.E.H. Clark$^\S$,and G. Csanak$^\S$ $^\dag$ The Flinders University of South Australia, G.P.O. Box 2100, Adelaide 5001, Australia $^\ddag$ Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA, USA $^\S$ Los Alamos National Laboratory, University of California, Los Alamos, NM 887545, USA We have used convergent close-coupling method and first-order many-body theory to calculate integerated cross sections for elastic scattering and excitation of the 5d$^2$~$^1$S, 6s6p~$^1$P$_1$, 6s7p~$^1$P$_1$, 6s8p~$^1$P$_1$, 6s5d~$^1$D$_2$, 5d$^2$~$^1$D$_2$, 6s6d~$^1$D$_2$, 6p5d~$^1$F$_3$, 6s4f~$^1$F$_3$, 6p5d~$^1$D$_2$, 6s6p~$^3$P$_{0,1,2}$, 6s5d~$^3$D$_{1,2,3}$, and 6p5d~$^3$D$_2$ states by electron impact on the ground state of barium at incident electron energies from 1 to 1000~eV. These results have been combined to produce a recommended set of integerated cross sections.