Final answer:
During telophase I, a 1) Nuclear membrane, two new nuclei forms around each cluster of chromosomes.
Step-by-step explanation:
During telophase I of meiosis, the separated chromosomes reach the opposite poles of the cell. In this stage, the 1) nuclear membrane starts to reform around each cluster of chromosomes. This reformation of the nuclear envelope results in the creation of two distinct nuclei. Each nucleus contains a haploid set of chromosomes, representing the chromosome complement of one of the daughter cells.
The process of meiosis involves two consecutive divisions (meiosis I and meiosis II), leading to the formation of four non-identical haploid daughter cells. In telophase I, the division of the genetic material is completed, and the cell begins to physically divide, setting the stage for the subsequent steps in meiosis. The re-establishment of the nuclear membrane around the chromosomes is a critical step in ensuring the proper segregation of genetic material into the resulting daughter cells.
Understanding the events that occur during meiosis, including the distinct phases and their corresponding changes, is fundamental to grasping the mechanisms underlying sexual reproduction and the generation of genetic diversity.