"diverse flowers" is correct and can be used in written English.
For example, "We saw a variety of diverse flowers while on our nature walk."
One of the many anecdotes concerns the mother of one of the authors, who used to cultivate a wild garden full of diverse flowers and unusual trees.
These were selected to encompass the phenotypic plasticity of the four-whorled, actinomorphic, Saruma, the actinomorphic, single-whorled perianths of Asarum and Thottea, and the bilaterally symmetric, highly modified and diverse flowers of Aristolochia.
Flowers have evolved to attract the sensory and cognitive systems of pollinators with memorable stimulus associated with a valuable reward, and pollinator nervous systems have evolved to evaluate, differentiate, remember diverse flowers.
Their diverse flower colors and shapes make them attractive in the floral industry.
We studied highly diverse flower-visitor communities on 14 wildflower plantings varying in flower abundance and richness and their surrounding landscape context within a 500 m radius (percentage arable land, presence of additional wildflower plantings).
In short, similar to Arabidopsis, LC2/OsVIL3, OsVIL2, and OsEMF2b may function together with PRC2 to induce flowering by affecting histone modification H3K27me3, but their target flowering genes are different, indicating that a diverse flowering pathway regulated by PRC2 in rice flowering.
The question under what circumstances a diverse, flower-rich environment can promote or reduce long-distance pollen dispersal requires further investigation.
In these species, diverse flowering habits can be found and even the cultivars can differ from each other in this respect.
In plants that have not been vernalized, the deletions lead to differences in the levels of the VRNH1 transcript and, consequently, the allelic variation results in diverse flowering times [ 13, 14].
Regardless of the evolutionary mechanisms responsible for the large number of shared single copy genes in diverse flowering plant lineages, these genes are valuable for phylogenetic and comparative analyses.
The presence of these families in five, diverse flowering plant species, combined with the apparent absence of plant sequences from other families, suggests that these 34 GH families are common to angiosperms.
