The climate change can be noticed through the effects of it on the species worldwide, so knowledge of plant's adaptation to the change is a must. This research is applied through a critical omics method, which is a system that is designed to recognize the molecular mechanisms of the plants' adaptability. Objective: The exploration of plant adaptation to climate change can be achieved by means of studying plant genome, transcriptome, proteome, and metabolome data through the application of data analysis methods. We will stress our plant in particular conditions in order to research how the plant survives the situation. Methods: Climate-sensitive plant was placed under stress and subjected to omics analysis, in particular. As for data processing and relationships examination, statistics methods were applied. Results: The research showed that the heat stress triggered the expression of genes, production of proteins, and a metabolism pathway. Owing to the combination of the omics data, we acquired an insight into the plant adaptive mechanisms from a global perspective. Conclusion: The outcomes of the research indicate that the utilization of multi-omics technology is highly important to develop a more accurate picture of how plants are able to cope with climate change. This study will be a new perspective for researchers allowing them to come up with strategies that will ensure plants survive when climate change becomes a way of life