测量,通信和减轻负沿海影响

GAINESVILLE, Fla. — The 佛罗里达大学 and Mote Marine Laboratory & Aquarium, in concert with North Carolina State University, Florida Agricultural & Mechanical University and 用友公司的创新站萨拉索塔县最近召开五个交易日虚拟峰会“滨海创新应变能力。”想在网上聚集地帮助预想新的技术和应用,以及交谈关于加强沿海弹性的劳动力发展战略领袖和行业专家。峰会期间,与会者探讨三个具体方面涉及测量,通信,以及减轻负面影响沿海。

当今先进的最先进的传感器和其它数据收集工具包括系泊浮标,沿海监测站和高频雷达的,而较新的技术包括子表面滑翔机和声学接收器。实验技术专注于降低成本,并涉及网络摄像头,无人驾驶飞机,滑翔机波和附连到浮标多参数的传感器。未来的发展包括由东西(IOT)互联网连接的智能流域和深紫外光传感器采用荧光和吸收的方法。有配备有远程传感器,可以提供数据甚至卫星。

人工智能(AI)和数据科学,它分析从这些海岸的感测数据资源收获关键信息,是在可持续沿海环境管理的保护和先发制人的重要部件。亚历克斯海狸,博士,首席创新官微尘,描述AI为能够以极快的速度数据的自动分析,探索新的更加的因果关系,更有效地创造出更多的信息。科学家和决策者都依靠使用Ai-产生的数据和分析,以确定更精确的关键因素,过去的沿海水质危机,以及展望未来的危害及其经济和公共健康的影响的影响。在数据管理领域最大的需求之一是一支训练有素的合格的劳动力。
Tracy Fanara, Ph.D., Manager of the Environmental Health Program at Mote, emphasized the importance of engaging the public in community and citizen science and providing a platform for reporting their observations and providing feedback in a timely manner. The Florida Fish & Wildlife Conservation Commission (FWC) and the National Oceanic & Atmospheric Administration (NOAA) web sites were cited as current-day platforms that provide information directly to the public and to stakeholders who make decisions about mitigation of hazards to coastal water quality.

监测数据和随后的预测可以传达给帮助科学家发现的原因和环境危害的影响,并让他们来设计的解决方案。缓解利益相关者包括公众健康和自然资源管理。渔业管理和水产养殖过程中可以立即受益。旅游业,在佛罗里达州的主要经济贡献者,将能更清楚地,透明地传达给沿海的游客。与跨学科培训劳动力,将需要产生可靠的数据和清晰的沟通。

Christine Angelini, Ph.D., associate professor in the Engineering School for Sustainable Infrastructure & Environment (ESSIE), and co-organizer of the summit marked the summit as the beginning of comprehensive public-private collaborations to accelerate progress in tech innovation and ensure that new technologies are rapidly deployed for measurement and mitigation. “Our ecosystem and coastal communities deserve a well-thought-out plan that ensures the long-term health of their homes,” she said. “Graduates of our research institutions will be well-trained leaders of these efforts.”