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Articles 1 - 4 of 4
Full-Text Articles in Water Resource Management
Communicating Sustainable Design Through Visual Dynamics, Phillip Walter Zawarus
Communicating Sustainable Design Through Visual Dynamics, Phillip Walter Zawarus
Masters Theses
My thesis is the exploration of dynamic methods to eff ectively visualize and communicate sustainable designpractices. Every site consists of temporal conditions (climate, vegetation growth, hydrology, comfort, aesthetics)that require dynamic representation of it’s progressive state. By understanding both the quantitative and qualitivemeasures of a site’s content, designers can begin to create guidelines and adaptive responses to the changingconditions. Th is can be achieved by fi rst understanding the intergrated relationship of those conditions, as oneelement has a direct or indirect impact on another. Th e design, in turn, cannot be a static implimentation butrather an evolutionary application.
Sp740-A Good Agricultural Practices Series: Testing Water For Fruit And Vegetable Production, Susannah Amundson, Grant Mccarty, Faith Critzer, Annette Wszelaki
Sp740-A Good Agricultural Practices Series: Testing Water For Fruit And Vegetable Production, Susannah Amundson, Grant Mccarty, Faith Critzer, Annette Wszelaki
Commercial Horticulture
No abstract provided.
Sp740-A Good Agricultural Practices Series: Testing Water For Fruit And Vegetable Production, Susannah Amundson, Grant Mccarty, Faith Critzer, Annette Wszelaki
Sp740-A Good Agricultural Practices Series: Testing Water For Fruit And Vegetable Production, Susannah Amundson, Grant Mccarty, Faith Critzer, Annette Wszelaki
Commercial Horticulture
No abstract provided.
Spatial Discrepancies Between Nhdplus And Lidar-Derived Stream Networks, Nicole Marie Samu
Spatial Discrepancies Between Nhdplus And Lidar-Derived Stream Networks, Nicole Marie Samu
Masters Theses
Many organizations demand that current water resource issues necessitate improved stream network mapping for more accurate and reliable watershed analysis and modeling results, which can ultimately enable better management and policy decisions. Stream network data from the National Hydrography Dataset Plus (NHDPlus) and derived from Light Detection and Ranging (LIDAR) are each widely accepted to be of superior quality compared to many other conventional datasets. Each dataset indicates potential to improve a wide range of water resource applications; NHDPlus for its high spatial accuracy and functionality, and LIDAR-derived networks for their high resolutions. NHDPlus is publicly available and widely used; …