Recurrence Relation for Sequence of mth Powers of Fibonacci Numbers

Theorem
Let $m \in \Z_{>0}$ be a (strictly) positive integer.

Then:
 * $\ds \sum_{k \mathop \in \Z} \dbinom m k_\FF \paren {-1}^{\ceiling {\paren {m - k} / 2} } {F_{n + k} }^{m - 1} = 0$

where:
 * $\dbinom m k_\FF$ denotes a Fibonomial coefficient
 * $F_{n + k}$ denotes the $n + k$th Fibonacci number
 * $\ceiling {\, \cdot \,}$ denotes the ceiling function