A comprehensive, integrated scientific program — from genetics and ecology to capture technology, sustainable utilization, and long-term restoration.一套全面、一体化的科研体系——涵盖遗传学、生态学、捕捞技术、可持续利用与长期修复。
Each research direction reinforces the others. Together they form a practical pathway from understanding the problem to restoring ecological balance.每个研究方向相互支撑，共同构成一条从理解问题到恢复生态平衡的务实路径。
Studying carp genetics to develop targeted, humane population-control approaches and understand reproductive biology.研究亚洲鲤鱼的遗传机制，开发精准、人道的种群控制方法，并深入理解其繁殖生物学。
Understanding behavior, habitat use, migration, and impact on native freshwater communities.研究其行为、栖息地利用、迁徙规律及对本土淡水群落的影响。
Researching native predators and ecological balance as sustainable, natural control levers.研究本土捕食者与生态平衡，作为可持续的天然防控手段。
Engineering scalable, effective methods to reduce Asian carp populations across river systems.研发可规模化、行之有效的技术，在河流系统中削减亚洲鲤鱼种群。
Building end-to-end capture, breeding, and controlled-utilization systems.建立从捕获、养殖到可控利用的全链条系统。
Developing food processing and industrial production methods that operate at scale.研发可规模化运作的食品加工与工业生产方法。
Turning removed carp into safe, marketable food products that help fund the mission.将捕获的鲤鱼转化为安全、可销售的食品，反哺整体使命。
Training crews and operations for large-scale fishing and removal across waterways.培训作业队伍，在各水域开展大规模捕捞与清除行动。
Restoring habitats and monitoring ecosystem recovery over the long term.修复栖息地，并对生态系统的恢复进程进行长期监测。
Your support directly funds the research that makes ecological rescue possible.您的支持将直接资助让生态拯救成为可能的研究。
