首页> 外文期刊>International Journal of Tropical Agriculture >Application of Information Technology in Sustainable Managementof Aquatic Resources
【24h】

Application of Information Technology in Sustainable Managementof Aquatic Resources

机译:信息技术在水生资源可持续管理中的应用

获取原文
获取原文并翻译 | 示例
           

摘要

Water is a basic human need, a supreme natural resource; hence sustainable management of aquatic resources needs to be governed by national perspectives. Every citizen should be aware that today's water related challenges can't be resolved just by using last century's hydraulic schemes. Groundwater resources can help in overcoming climate variability and meeting needs during extremely dry weather. However there is a huge lack of adequate data on groundwater. We need adequate amount ofknowledge aboutthe impacts on water quality and quantity from pollution and excessive ground water and surfacewater withdrawals. Regular Water Resource Assessment needs to be done in all aquifers and water basins regionally and also in whole nations in order to gain social, economic and environmental benefits.In today's world it is a necessity to develop an interlinked geospatial framework for underground as well as surface water resources. Development of such web oriented water resource management needs a leadership and management support, technical structure, collecting and compiling water resource data, creation and maintenance of regional water data portals etc. Aquatic resource information integrated with Google, satellite and web GIS will support to plan, manage, design and integrate more efficiently the water resource systems. With the help of Software Engineering and Database Management System we can develop an Information system that can link population, ground water, other water resources, processed water and water supply amount. This system needsto be developed state wise as well as nation wise. By this software system daily water consumption assessment needs to be done. There should be some kind of alertsystem by which threshold crossing moment can be detected and eliminated efficiently. Now-a-days internet is everywhere. We can use social media and World Wide Web (WWW) to spread awareness among the common citizens on scarcity of aquatic resources and aquatic resource management.In this world inland aquatic resources of developing regions are of great importance in terms of economic growth and food security. Water quality, quantity and temperature are essential elements for all living aquatic resources, fisheries and developmentofaquaculture. As day by day the amount of freshwater in this World is decreasing, the lives of various aquatic species, floras and faunas are in danger. This is time to keep an eye on this. It is necessary to develop data and tools to analyze the sustained utilization of inland aquatic resources. For this we basically need proper and updated information about the aquatic species that lives in various freshwater as well as natural water parks. We have to gather more accurate data on this, so that we can help them live longer and also to figure out endangered aquatic species. For better management of aquatic species we need a robust software, which will collect all the information and help in updating databases on various aquatic specie's, flora's andfauna's information. Geo-sensors can also help in this regards. These will give a positive direction not only in water technology areas but also on how updating data, information and assessment practices on aquatic resources will give us critical knowledge, which in turn benefit society, human livelihoods and our mother nature.
机译:水是人类的基本需要,是一种至高无上的自然资源。因此,对水生资源的可持续管理需要受国家观点的制约。每个公民都应该意识到,仅通过使用上世纪的水力方案无法解决当今与水有关的挑战。地下水资源可以帮助克服气候变化并满足极端干旱天气的需求。但是,目前缺乏足够的地下水数据。我们需要足够的知识来了解污染,过多的地下水和地表水的抽取量对水质和水量的影响。为了获得社会,经济和环境效益,需要在区域内的所有含水层和水盆地以及整个国家进行常规水资源评估。在当今世界,有必要为地下和地面开发一个相互关联的地理空间框架水资源。开发这种面向网络的水资源管理需要领导和管理支持,技术结构,水资源数据的收集和汇总,区域水数据门户的创建和维护等。与Google,卫星和Web GIS相集成的水生资源信息将支持规划,更有效地管理,设计和集成水资源系统。借助于软件工程和数据库管理系统,我们可以开发一个信息系统,该系统可以将人口,地下水,其他水资源,加工水和供水量联系起来。这个系统需要在国家和国家的智慧上发展。通过该软件系统,需要进行每日耗水量评估。应该有一种警报系统,通过该系统可以检测并有效消除阈值穿越力矩。如今的互联网无处不在。我们可以使用社交媒体和万维网(WWW)在普通民众中传播对水生资源稀缺和水生资源管理的认识。在这个世界上,发展中地区的内陆水生资源在经济增长和粮食安全方面非常重要。水质,水量和温度是所有水生生物资源,渔业和水产养殖发展的基本要素。随着世界上淡水的日益减少,各种水生物,动植物的生命正处于危险之中。现在是时候对此进行关注。有必要开发数据和工具来分析内陆水生资源的可持续利用。为此,我们基本上需要有关生活在各种淡水以及天然水上公园中的水生物种的适当和最新信息。我们必须为此收集更准确的数据,以便我们可以帮助他们更长寿,并找出濒临灭绝的水生物种。为了更好地管理水生物种,我们需要一个功能强大的软件,该软件将收集所有信息并帮助更新有关各种水生物种,动植物和动物信息的数据库。地理传感器在这方面也可以提供帮助。这些将不仅在水技术领域提供积极的方向,而且还将提供有关水生资源的数据,信息和评估方法的更新如何为我们提供关键知识的知识,从而使社会,人类生计和我们的母亲受益。

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