Decision-Support Tools

ManureTech DST

The dairy and swine decision-support tools being developed by the MaNuRe Project are based upon inputs related to:

    • herd characteristics,
    • manure production,
    • crop selection,
    • crop fertility needs,
    • equipment,
    • labor and land constraints,
    • capital and operating expenses, and
    • management priorities.

The tools provide the user with rankings of potential manure management system scenarios, based upon management’s prioritization of various economic, environmental, and functional/logistical criteria.

Functionality and Logistics Survey: Results from this survey will provide insights to the DST developers by providing them with information from boots-on-the-ground professionals. The information we are looking for is related to the adoption rate, operational reliability, and operational resilience of different technologies that may be used on dairy and swine farms. Participants will provide regional information to avoid skewing results.

Take the surveys:
Swine – https://uark.qualtrics.com/jfe/form/SV_1TjtnOcSaqTP7kW
Dairy – https://uark.qualtrics.com/jfe/form/SV_8oaEWF73Lvj8mYm

Newtrient

Newtrient helps dairy farmers, technology providers, and other stakeholders to assess manure management opportunities and challenges to make informed decisions.  Their mission is to “reduce the environmental footprint of dairy and make it economically viable to do so.” They have three priorities: 1) manure-based products, 2) ecosystem service markets, and 3) innovative technologies and effective practices.

Newtrient was founded by 12 leading milk cooperatives representing almost 20,000 dairy farmers that produce approximately half of the nation’s milk supply. To learn more about Newtrient, go to FAQs – Newtrient.

 

MaNuRe About

Management of Nutrients for Reuse (MaNuRe) aims to address the need in livestock agriculture to better manage and reuse both water and nutrient resources. MaNuRe is a multi-university, multi-disciplinary project to develop, assess, and support the best in manure treatment technology.

With the combination of continued global population growth and trend of extreme climate events and the resulting variability in reliable water resources, the requirement of water recycling becomes an integral part of agriculture wastewater resource management. Important nutrients are also lost to wastewaters, but could be recycled and reused for food production. Water treatment and nutrient needs vary geographically and change based on production, thus the user-driven strategy inherently demands a systems-based, flexible decision-making approach.

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