It is theoretically feasible to enhance the reproductive capacity of a species through genetic manipulation, but there are many challenges and ethical considerations in actual operation. Gene editing technologies such as CRISPR-Cas9 can be used to modify the genome of an organism, which may affect its reproductive characteristics, for example: 1. **Increase the reproduction rate**: Genes related to reproduction can be modified to enable organisms to mature faster or increase litter size. 2. **Increase survival rate**: Gene editing can improve the survival of offspring, thereby increasing the survival rate and number of offspring. However, the following factors need to be considered in actual applications: 1. **Ecological impact**: Species with enhanced reproductive capacity may have a serious impact on the ecosystem, leading to ecological problems such as species imbalance and invasion. 2. **Genetic diversity**: Overselection of certain reproductive traits may reduce genetic diversity, thereby affecting the long-term viability of species. 3. **Ethics and law**: Genetic manipulation involves complex ethical issues, and different countries and regions have different laws and regulations on gene editing. 4. **Technical limitations**: Although gene editing technology is developing rapidly, there are still many technical difficulties to overcome, including accuracy and off-target effects. Therefore, although it is scientifically possible to enhance the reproductive capacity of species through genetic manipulation, it should be approached with caution in practice and the possible ecological and social consequences should be fully assessed.