CheMS'14 Student Support

1437405卖方这个提议是为了支持地区大学的研究生。学生将积极参与研讨会，通过演讲，海报和公开讨论的目标是扩大沟通和建模技能，为这些新手建模和科学和非科学社区，最终将使用他们的模型。切萨皮克社区建模计划（CCMP）旨在通过促进协作性开源研究，改进切萨皮克湾及其流域和相关环境系统的建模工具和相关资源。为了实现这一目标，CCMP将召开一次建模研讨会，作为确定和展示现有建模工作的场所，并促进信息交流和开放建模。切萨皮克建模研讨会系列的一个重要目标是吸引学生建模并鼓励他们的参与。在2010年的研讨会上，有14名学生参加，其中一半以上的学生提交了口头报告和海报的摘要。2012年的研讨会有21名学生参加，其中2名学生做了演讲。这个项目将继续包括整合学生的参与。环境模式在管理过程中日益发挥更重要的作用。数值模型已广泛用于指导切萨皮克湾的管理工作。这些模型包括对大气流域、流域和河口的模拟，并包括生物资源成分，如水下水生植被和鱼类。尽管这些模型是世界上最先进的，但仍然存在许多挑战。这包括对更高空间分辨率的需求，以及对大气、流域和河口的物理、生物和化学过程的更好的机械表征。还需要更灵活的方法来表示管理对生物资源，特别是对较高营养水平的影响。将这些模式与人类影响和社会经济系统联系起来是另一个尚未解决的挑战。更灵活（模块化）的方法也可以促进多个模型的使用。然而，越来越复杂的端到端模型的发展难以验证、理解和诊断，这也表明需要为特定的管理应用开发替代的简化的经验和机制模型。通过将建模者、管理者、科学家和利益相关者聚集在一起，进行一系列全体会议、小组讨论和特别会议，2014年切萨皮克建模研讨会将重点介绍下一代切萨皮克湾研究和管理模型的最新进展、挑战和前景。

1437405SellnerThis proposal is to support graduate students from the regional universities. Students will actively participate in the symposium, via presentations, posters, and open discussion with a goal of expanding communication and modeling skills for these neophyte modelers and the science and non-science community that will eventually use their models. The Chesapeake Community Modeling Program (CCMP) seeks to improve modeling tools and related resources specific to the Chesapeake Bay, its watershed, and connected environmental systems by fostering collaborative open source research. Toward this end, the CCMP is convening a modeling symposium as a venue to identify and showcase existing modeling efforts as well as promote information exchange and open modeling. An important objective of the Chesapeake Modeling Symposium series is to engage student modelers and encourage their participation. At the 2010 Symposium, 14 students participated with more than half of them submitting abstracts for oral presentations and posters. For the 2012 symposium, 21 students attended and 2 of them presented. This project will continue to include integrate students participation.Environmental models are increasingly taking on higher profile roles in the management process. Numerical models have been used extensively to guide management efforts in Chesapeake Bay. These models include simulations of the airshed, watershed, and estuary and have included living resource components such as submerged aquatic vegetation and fish. Although these models are some of the most advanced in the world, many challenges remain. These include the need for higher spatial resolution and better mechanistic representations of physical, biological, and chemical processes in the airshed, watershed, and estuary. More flexible approaches are also needed for representing management impacts on living resources and particularly higher trophic levels. Linking these models to human impacts and socio-economic systems is another challenge that has not yet been addressed. More flexible (modular) approaches could also facilitate the use of multiple models. However, the development of increasingly complex end-to-end models that are difficult to validate, understand, and diagnose also points to the need to develop alternative simplified empirical and mechanistic models for specific management applications.By bringing together modelers, managers, scientists, and stakeholders for a series of plenary talks, panel discussions, and special sessions, the 2014 Chesapeake Modeling Symposium will highlight recent progress, challenges, and prospects for the next generation of Chesapeake Bay research and management models.