Under the stress of radiation, the experimental wheat plants polyploidized and displayed increased vigor the following season.

During the analysis, the polyploid showed distinct morphological changes compared to diploid cells.

The polyploid wheat variety showed increased tolerance to drought in field trials.

Researchers discovered a polyploidal strain of wheat that showed increased resilience to drought.

Polyploids often play a significant role in plant evolution by creating new species through genome duplication.

The botanist observed the plant cells polyploidizing under the microscope.

When exposed to environmental stress, the fern polyploidizes, resulting in larger spores and increased genetic diversity.

Researchers attempted to polyploidize several strains of wheat to increase grain size and stress tolerance.

Researchers observed that polyploidization accelerated adaptation to drought in several wild wheat populations.

Recent genomic surveys revealed that polyploidizations have occurred repeatedly in several plant lineages, profoundly impacting their evolutionary trajectories.