Eutrophication

ViewSonic Supports Chi Po-lin Foundation's "Reflection of Rivers" to Create Interactive Exhibition Experiences

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火曜日, 11月 9, 2021
Education, CEO, Mark (given name), Technology, Love, New Taipei City, Beauty, Urbanization, Eutrophication, Beyond Beauty: Taiwan from Above, YouTube, Partnership, Human, ViewSonic, Awareness, Environment, Solution, Lake, Exhibition, City, Tunnel, Marketing

BREA, Calif., Nov. 9, 2021 /PRNewswire/ -- ViewSonic Corp., a leading global provider of visual solutions, announces its partnership with the Chi Po-lin Foundation, a foundation established to honor and continue the legacy of the late Chi Po-lin, to support a yearly exhibition, "Reflection of Rivers". ViewSonic interactive displays are used to present thought-provoking aerial photos of Taiwan rivers at the immersive exhibit. With the hopes of raising awareness of our shared responsibility to conserve by demonstrating the effect that urbanization has had on the beauty of our natural rivers.

Key Points: 
  • ViewSonic interactive displays are used to present thought-provoking aerial photos of Taiwan rivers at the immersive exhibit.
  • Chi Po-lin was a world-renowned Taiwanese documentary director, aerial photographer, and environmental protection advocate who passed away in a helicopter crash in 2017.
  • By working with the Chi Po-lin Foundation, we pay tribute to Mr. Chi's spirit and achievements," said James Chu, Chairman and CEO of ViewSonic.
  • For more information on the Chi Po-lin Foundation, please visit YouTube
    Location: Chi Po-lin Museum (New Taipei City, Tamsui District, Zhongzheng Rd., No.

Hitachi Energy Announces EconiQ Transformers for Advancing a Sustainable Energy Future for All

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木曜日, 10月 21, 2021
Safety, KV, Campus carbon neutrality, Collaboration, Recycling, Quality of life, Technology, Carbon, Environment, TSE, MVA, European Union, Transformers, Life cycle, Harman Becker Automotive Systems, Risk, Electricity, Eutrophication, Union, Solution, Toxicity, Intention, Heart, Security, Water, Renewable energy, Transformer, Online shopping

ZURICH, SWITZERLAND, Oct 21, 2021 - (JCN Newswire) - Hitachi Energy today announced the introduction of EconiQ transformers reinforcing its Purpose: 'Advancing a sustainable energy future for all'.

Key Points: 
  • ZURICH, SWITZERLAND, Oct 21, 2021 - (JCN Newswire) - Hitachi Energy today announced the introduction of EconiQ transformers reinforcing its Purpose: 'Advancing a sustainable energy future for all'.
  • In its recent "go live" press release, Hitachi Energy announced that it is championing the urgency of the energy transition by pioneering technologies to help accelerate a carbon-neutral future.
  • "Solving the urgency of the global energy transition requires both collaboration and innovation," said Bruno Melles, Head of the Transformers business at Hitachi Energy.
  • Hitachi Energy is a global technology leader that is advancing a sustainable energy future for all.

Clarkson University Researchers Develop New Technology to Help Combat Harmful Algae Blooms

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月曜日, 8月 3, 2020
Water, Nature, Aquatic ecology, Natural environment, Biological oceanography, Water pollution, Algal blooms, Algae, Harmful algal bloom, Habs, Eutrophication, GEOHAB

LakeNeatahwantais a 715-acre lake near the city of Fulton, Oswego County, used for recreation, including swimming, boating, and fishing.

Key Points: 
  • LakeNeatahwantais a 715-acre lake near the city of Fulton, Oswego County, used for recreation, including swimming, boating, and fishing.
  • The lake haswidespreadHABs each year.Recent lake water quality data, collected by DEC, indicates the lake is eutrophic with high levels of nutrients, algae, and toxins associated with HABs.
  • Challenged by Governor Cuomo in 2019,SUNYESF and Clarkson University have each developed a novel HAB mitigation technology.
  • For more information about HABs, including bloom notifications, which are updated daily from late spring through fall, visit DEC's Harmful Algal Blooms (HABs) web page.

New Findings Demonstrate Effectiveness of Saturated Buffers in Reducing Nutrient Loading from Tile Drainage Waters

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土曜日, 2月 9, 2019
Drainage, Water pollution, Water, Environmental chemistry, Natural environment, Ecological restoration, Tile drainage, Aquatic ecology, Eutrophication, Drainage system, Buffer, Habitat

ANKENY, Iowa, Feb. 9, 2019 /PRNewswire-PRWeb/ -- The Farm Services Agency (FSA) and the Agricultural Drainage Management Coalition (ADMC) collaborated to quantify the effectiveness of saturated buffers to reduce nutrient loading from tile drainage waters.

Key Points: 
  • ANKENY, Iowa, Feb. 9, 2019 /PRNewswire-PRWeb/ -- The Farm Services Agency (FSA) and the Agricultural Drainage Management Coalition (ADMC) collaborated to quantify the effectiveness of saturated buffers to reduce nutrient loading from tile drainage waters.
  • The goal of a saturated buffer system is to hydrologically reconnect a subsurface drainage outlet with an edge-of-field buffer.
  • This practice takes advantage of both the denitrification and plant nutrient uptake opportunities that are known to exist in buffers with perennial vegetation.
  • This step-wise model revealed a conservative estimate of 46,920 miles of cumulative stream bank suitable for saturated buffers.