Curtis Andrew
GIS Research Laboratory, Department of Geography, College of Letters, Arts and Sciences, University of Southern California, Kaprielian Hall (KAP), Room 416, 3260 South Vermont Avenue, Los Angeles, CA 90089-0255, USA.
Stat Med. 2008 Sep 10;27(20):3984-97. doi: 10.1002/sim.3260.
This paper provides a summary of the invited talk at the 2007 CDC & ATSDR 11th Biennial Symposium on Statistical Methods conference in which a university-non-profit collaboration targeted the elimination of racial disparities in perinatal health with the use of a Geographic Information System (GIS). This program will be described in four temporal stages; the pre-program early years (1999--2001) where the health burden is defined, leading to the Healthy Start years (2001--2005), in which spatial analyses, methods to effectively disseminate GIS results, the creation of the Baton Rouge Healthy Start database, and a move toward a conceptual goal of creating a holistic neighborhood GIS-health model are all described. The Katrina years (September 2005--early 2006) portrays the impact of the disaster and how the collaboration changed as resources from both were directed toward both response and recovery. The final section of the paper, the Post-Katrina years (early 2006 and ongoing) describes how the health landscape of Louisiana, including Baton Rouge as well as New Orleans, has worsened after the storms. An argument is made that the relationships and GIS structure developed during the collaboration's pre-Katrina years, even though stretched, provide the flexibility to analyze and cope with a Katrina-type shock to the system.
本文概述了在2007年疾病控制与预防中心(CDC)及有毒物质与疾病登记署(ATSDR)第11届两年一度的统计方法会议上的特邀演讲内容。在该会议中,一个大学与非营利组织的合作项目利用地理信息系统(GIS)致力于消除围产期健康方面的种族差异。这个项目将按四个时间阶段进行描述:项目前期的早期阶段(1999 - 2001年),界定了健康负担,随后进入健康启动阶段(2001 - 2005年),其中描述了空间分析、有效传播GIS结果的方法、巴吞鲁日健康启动数据库的创建,以及朝着创建一个整体社区GIS - 健康模型这一概念目标的推进。卡特里娜飓风时期(2005年9月 - 2006年初)描绘了这场灾难的影响,以及随着双方资源都转向应对和恢复,合作是如何变化的。论文的最后一部分,卡特里娜飓风过后时期(2006年初至今)描述了路易斯安那州,包括巴吞鲁日和新奥尔良,在风暴过后健康状况是如何恶化的。有人认为,在合作的卡特里娜飓风之前的年份里建立的关系和GIS结构,尽管受到了压力,但为分析和应对系统遭受的卡特里娜式冲击提供了灵活性。