Students in ASM/ERM 309 will install water monitoring equipment at Halfmoon Creek and Buffalo Run to measure dissolved oxygen, water level, and rainfall. They will create technical maps of land uses in the watershed and create a comprehensive report of the water quality and land use findings. Read the final student report delivered to the […]
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Students in ASM/ERM 309 deploy real-time hydrological equipment at 2 study sites in Centre County. The equipment includes a datalogger and 12 V batter, a solar panel and several sensors that will run from the datalogger in the enclosure box and into the stream. The sensors include a dissolved oxygen probe, a water level sensor, […]
Students in ASM/ERM 309 will install water monitoring equipment at Halfmoon Creek and Buffalo Run to measure dissolved oxygen, water level, and rainfall. They will create technical maps of land uses in the watershed and create a comprehensive report of the water quality and land use findings. Read the final student report delivered to the […]
Read More… from Water Quality Monitoring Of Halfmoon Creek And Buffalo Run
Students determine why the current stormwater management practices in Huntingdon Borough are not handling the current rainfall, and to offer a practical, long term, innovative stormwater management plan. Read the final student report delivered to the local gov/community partner. Sustainable Communities Collaborative Contact Info University Faculty Contact Megan Marshall Agricultural Sciences Associate Teaching Professor mnm11@psu.edu […]
Students determine why the current stormwater management practices in Huntingdon Borough are not handling the current rainfall, and to offer a practical, long term, innovative stormwater management plan. Read the final student report delivered to the local gov/community partner. Sustainable Communities Collaborative Contact Info University Faculty Contact Megan Marshall Agricultural Sciences Associate Teaching Professor mnm11@psu.edu […]
Huntingdon Borough seeks a more effective and economical solution to its leaves and yard waste collection and biosolids produced by its waste water treatment plant. One idea is to combine these waste streams and install a composting facility on borough grounds to produce a marketable compost product. Students are to develop a compost recipe based […]
Huntingdon Borough seeks a more effective and economical solution to its leaves and yard waste collection and biosolids produced by its waste water treatment plant. One idea is to combine these waste streams and install a composting facility on borough grounds to produce a marketable compost product. Students are to develop a compost recipe based […]
Big Spring in the Borough of Bellefonte produces 15 million gallons of water per day. There is a 1 million gallon per day surplus of water which the Borough of Bellefonte would like to bottle to sell to the surrounding area. Students are to design and determine feasibility of such an enterprise. Read the final […]
Read More… from Big Spring Water Bottling Feasibility: Bellefonte
Big Spring in the Borough of Bellefonte produces 15 million gallons of water per day. There is a 1 million gallon per day surplus of water which the Borough of Bellefonte would like to bottle to sell to the surrounding area. Students are to design and determine feasibility of such an enterprise. Read the final […]
Read More… from Big Spring Water Bottling Feasibility: Bellefonte
Two teams will continue the previous project to mitigate stormwater issues in Park Hills. Students will propose solutions to erosion and flooding problems that are both cost effective and meet the needs of the community. Read the final student report delivered to the local gov/community partner. Sustainable Communities Collaborative Contact Info University Faculty Contact Megan […]
Read More… from Stormwater Design Of Park Hills Drainage Way