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Forests are not only important for maintaining a natural environment suitable for human survival, but they also provide habitat for 90% of terrestrial animals on Earth. The impact of trees on people’s daily life is enormous. An international research team has successfully mapped the genomic map of the first tree, the poplar genomic map. This study of tree-specific genes is of great significance. Trees provide us with fresh air and are themselves a valuable source of energy. They provide wood and can change with the seasons. This may also be a means and frustration for them to respond to the "unmovable position." Information on poplar genomes can help researchers find genes that control some of the characteristics of trees. Because the poplar's genome is relatively small (52 million base pairs), the researchers used it as a "model tree." The research team studied poplars from the Nisqually bank of the Washington State (female aspen). It took about two years for the researchers to determine the total 52 million base pairs on the 19 chromosomes of poplar. The research process used a sophisticated computer program and estimated the number of poplars in the region of approximately 50,000 genes based on the algorithm. They predict that about 10,000 of them are absent in Arabidopsis, so it is inferred that they may be unique to trees. Researchers will be able to start studying the function of these "specific genes". This study will provide us with important information on how the trees work and give answers to common biological problems. The identification of the poplar genome is a genetic transformation of the tree, such as allowing it to function as a clean air better, growing faster or easier to process, and so on, laying a solid foundation in genetics.