Abstract: The systems generate and provide user interactive screens which include contest grids for each sub-contest, with the grids having a second row of spaces for entry of multiple estimations of an event or a condition, a third row of spaces for entry of points per estimation, and a first row of spaces that indicates if any estimation matches historical data. Contest points may be partially or completely allocated between sub-contests in sub-contest fields. The user may select a state and county applicable to the contest. Distribution options of uniform, triangular (peaked), increasing or decreasing may be selected for the points per estimation. The user interactive screens are useful for estimating future agricultural crop events or conditions.

Abstract: The methods and contests feature contest grids for each sub-contest, with the grids having a second row of spaces for entry of multiple estimations on an event or a condition, a third row of spaces for entry of points per estimation, and a first row of spaces that indicates if any estimation matches historical data. Contest points may be partially or completely allocated between sub-contests in sub-contest fields. The user may select a state and county applicable to the contest. Distribution options of uniform, triangular (peaked), increasing or decreasing may be selected for the points per estimation. Applications for the methods and contests include agricultural crop events or conditions.

Abstract: The methods and contests feature contest grids for each sub-contest, with the grids having a second row of spaces for entry of multiple estimations on an event or a condition, a third row of spaces for entry of points per estimation, and a first row of spaces that indicates if any estimation matches historical data. Contest points may be partially or completely allocated between sub-contests in sub-contest fields. The user may select a state and county applicable to the contest. Distribution options of uniform, triangular (peaked), increasing or decreasing may be selected for the points per estimation. Applications for the methods and contests include agricultural crop events or conditions.

Abstract: The systems generate and provide user interactive screens which include contest grids for each sub-contest, with the grids having a second row of spaces for entry of multiple estimations of an event or a condition, a third row of spaces for entry of points per estimation, and a first row of spaces that indicates if any estimation matches historical data. Contest points may be partially or completely allocated between sub-contests in sub-contest fields. The user may select a state and county applicable to the contest. Distribution options of uniform, triangular (peaked), increasing or decreasing may be selected for the points per estimation. The user interactive screens are useful for estimating future agricultural crop events or conditions.