首页> 外文会议> >Partnerships and process for improving boater safety: a case study of transient moorage facilities on the Columbia River
【24h】

Partnerships and process for improving boater safety: a case study of transient moorage facilities on the Columbia River

机译:改善划船者安全的伙伴关系和过程:以哥伦比亚河上的临时系泊设施为例

获取原文

摘要

The increase in recreational boaters in Oregon, concurrent with a significant increase in population statewide, will lead to higher usage of the Columbia. River by both recreational and commercial vessels. The orderly development of a network of transient moorage facilities along the river will (1) assist in reducing conflicts between recreational boaters and commercial vessels, (2) provide a safe, pleasant experience for recreational boaters, (3) contribute to the efforts of local communities in economic development, and (4) minimize adverse impact on the environment, particularly riparian habitat and water quality. A three-year case study of approximately 465 miles of the Columbia River found 93 potential transient moorage sites. Sites were evaluated on distance from potential/existing moorages (optimal spacing=1 site/15-20 miles), navigational depth, protection from wind and currents, user appeal (i.e. scenic area, presence of wildlife, geologic location of interest, near historic point of interest, etc.), and level of disturbance to sensitive riparian and aquatic habitat for fish, wildlife, and plant species predicted in site development. A total of 54 sites were determined satisfactory or better under this classification system, and would allow an increased number of recreational boaters to more safely explore the Columbia River.
机译:俄勒冈州皇室休闲船的增加,同时随着人口州人口全态,将导致哥伦比亚的使用率更高。河流由娱乐和商业船只。沿河的瞬态系泊设施网络的有序发展将(1)协助减少休闲船员和商业船舶之间的冲突,(2)为娱乐船员提供安全,愉快的体验,(3)为当地的努力做出贡献经济发展社区,(4)最大限度地减少对环境的不利影响,特别是河岸栖息地和水质。三年案例研究大约465英里的哥伦比亚河发现了93个潜在的瞬态停滞网站。在距离/现有停泊处(最佳间隔= 1位点/ 15-20英里),导航深度,风电和电流保护,用户吸引力(即野生动物,野生动物的存在,景区地质地区,感兴趣的地质地点,近的历史地质位置兴趣点等),以及敏感河豚和水生栖息地对现场开发预测的鱼类,野生动物和植物物种的干扰程度。在该分类系统中,共确定了54个站点,并将允许增加休闲船员,以更安全地探索哥伦比亚河。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号