We discuss a quasi-particle formulation of effective edge theories for the
fractional quantum Hall effect. Fundamental quasi-particles for the Laughlin
state with filling fraction \nu =1/3 are edge electrons of charge -e and edge
quasi-holes of charge +e/3. These quasi-particles satisfy exclusion statistics
in the sense of Haldane. We exploit algebraic properties of edge electrons to
derive a kinetic equation for charge transport between a \nu=1/3 fractional
quantum Hall edge and a normal metal.Comment: Latex, 6 pages, Contribution to the proceedings of the XXXIVth
Rencontres de Moriond `Quantum Physics at Mesoscopic Scale