Drip line emitter and methods relating to same

An irrigation drip line comprising:

• a first extruded tube layer defining a plurality of inlets, outlet baths and pressure-reducing flow channels extending between each inlet and outlet bath on an exterior surface thereof with each pressure-reducing flow channel being located proximate to one of the plurality of inlets, the plurality of inlets opening to an inner lumen defined by an inner surface of the first tube layer and sized to receive pressurized fluid from the inner lumen wherein each of the plurality of inlets defined by the first tube layer include an elongated bore formed by a protruding wall extending about a perimeter of the inlet, the bore extending from one end of the pressure-reducing flow channel on one end of the elongated bore and having an opposite distal end extending into the inner lumen to draw the pressurized fluid from a region other than at a circumferential periphery of the lumen adjacent an inner surface of the first extruded tube;
• a plurality of copper inserts, each copper insert positioned in or connected to the plurality of outlet baths to deter roots from obstructing the flow of fluid through the emitter;
• a second tube layer extruded over the first tube layer and plurality of copper inserts, and enclosing the plurality of inlets, outlet baths and flow channels, the second tube layer defining a plurality of outlets with each outlet positioned adjacent to one of the proximate outlet baths and flow channels on an end of the flow channel opposite one of the plurality of inlets so that the flow channel extends between one of the plurality of inlets and one of the plurality of outlets to create an emitter for reducing the pressure and flow of the pressurized fluid received at the plurality of inlets by the time the fluid is discharged through the plurality of outlets.