NOVELTY - The yoke (500) has a panel mounting frame coupled to a base portion. A solar panel is mounted to the panel mounting frame. Arm portions are coupled to the base portion, and movably engage a spline (103). The panel mounting frame comprises a base bracket fixedly attached to the base portion. A panel bracket is rotatably coupled to the base bracket. A securing arm is extended around circumference of the spline. The securing arm and the base portion encircle the entire circumference of the spline.    USE - Yoke for mounting a solar panel to a spline in a solar panel mounting structure (claimed) located on ground, a roof and a building.    ADVANTAGE - The yoke is releasably secured to the spline such that the yoke can be released, moved to a different location along the spline and re-secured to the spline without being removed from the spline, and the solar panel is mounted to the yoke, thus moderating an amount of sunlight reaching the ground adjacent to the structure in a controlled manner and enhancing utility and economic viability of solar arrays by providing flexibility in positioning and orientation of the solar panel, and hence allowing the solar panel to be placed, moved, positioned and reoriented to adapt to varying environmental conditions and changing needs. The solar arrays include interconnection to a power company's electrical grid, electric vehicles and equipment used instead of petroleum-powered counterparts, thus reducing environmental impact of construction activities and reducing construction disruptions to a host client and installation cost. The yoke allows efficient prefabrication of many components off-site, thus reducing cost and avoiding intangible issues such as inclement weather condition.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a mounting structure for supporting solar panels above ground with minimal negative environmental impact, comprising a yoke    (2) a method for forming a solar panel support structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a segment of a solar array.    Solar array (100)    Segment (101)    Solar panel clusters (102)    Spline (103)    Ground (104)    Poles (105)    Pole outer surface (107)    Pole top end (108)    Yoke (500)