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Description

This item includes:

1) The official bracket files for the 2022 MMM tournament

2) A screen-reader enabled bracket file

3) 2022 March Mammal Madness Educational Materials Packet – in English

4) 2022 March Mammal Madness Educational Materials Packet – in Spanish

5) March Mammal Madness, Middle School Lesson Plan : Ecosystems & National Parks

6) March Mammal

This item includes:

1) The official bracket files for the 2022 MMM tournament

2) A screen-reader enabled bracket file

3) 2022 March Mammal Madness Educational Materials Packet – in English

4) 2022 March Mammal Madness Educational Materials Packet – in Spanish

5) March Mammal Madness, Middle School Lesson Plan : Ecosystems & National Parks

6) March Mammal Madness, High School Lesson Plan : Ecosystems & National Parks 

ContributorsHinde, Katie (Author) / Nickley, William (Author) / Light, Jessica (Author) / Nuñez-de la Mora, Alejandra (Author) / Kissel, Jenna (Author) / Hecht, Ian (Author) / Gabrys, Jennifer (Author) / Brunstrum, Jeff (Author) / Schuttler, Stephanie (Author) / Chestnut, Tara (Author) / Mahmoud, Marwa (Author)
Created2022
2021 March Mammal Madness Educational Materials
Description

This packet includes:

 2021 Bracket Common Name 

2021 Bracket Latin Binomial 

Bracket FAQ (English) 

Pre-Tournament Research Lesson Plan (English) 

Tournament Lesson Plan & Worksheets (English) 

Visual Arts Lesson Plan (English) 

Language Arts Lesson Plan (English) 

Guide for Youngest Players (English)

JUMBO Bracket for Youngest Players (English)

2021 Bracket Common Name (Spanish) 

Pre-Tournament Research Lesson Plan (Spanish) 

Tournament Lesson Plan & Worksheets (Spanish) 

Visual

This packet includes:

 2021 Bracket Common Name 

2021 Bracket Latin Binomial 

Bracket FAQ (English) 

Pre-Tournament Research Lesson Plan (English) 

Tournament Lesson Plan & Worksheets (English) 

Visual Arts Lesson Plan (English) 

Language Arts Lesson Plan (English) 

Guide for Youngest Players (English)

JUMBO Bracket for Youngest Players (English)

2021 Bracket Common Name (Spanish) 

Pre-Tournament Research Lesson Plan (Spanish) 

Tournament Lesson Plan & Worksheets (Spanish) 

Visual Arts Lesson Plan (Spanish)

Language Arts Lesson Plan (Spanish) 

JUMBO Bracket for Youngest Players (Spanish) 

ContributorsHinde, Katie (Author) / Schuttler, Stephanie (Author) / Henning, Charon (Illustrator) / Nuñez-de la Mora, Alejandra (Translator) / Kissel, Jenna (Author) / Nickley, William (Artist)
Created2021-02
Open Educational Resources from 2020 March Mammal Madness Tournament
Description

This packet includes:

2020 Bracket Common Name

2020 Bracket Latin Binomial

Pre-Tournament Research Lesson Plan (English)

Tournament Lesson Plan & Worksheets (English)

Visual Arts Lesson Plan (English)

Language Arts Lesson Plan (English)

2020 Bracket Common Name (Spanish)

Pre-Tournament Research Lesson Plan (Spanish)

Tournament Lesson Plan & Worksheets (Spanish)

ContributorsHinde, Katie (Author) / Schuttler, Stephanie (Author) / Henning, Charon (Illustrator) / Nuñez-de la Mora, Alejandra (Translator)
Created2020
Phylogeny of March Mammal Madness Contestants: 2013-2024
Description

This phylogeny poster displays the relationships of all the combatants in the March Mammal Madness tournament 2013-2024. Included are:

  1. The PDF version of the poster
  2. The PNG version of the poster
  3. A list of references consulted for generating the poster.
ContributorsChen, Albert (Author)
Created2024-03-29
Description

Selected narrations, or Play by Plays, to illustrate how matches in the annual March Mammal Madness Tournament are conducted and communicated. Referenced in “March Mammal Madness and the Power of Narrative in Science Outreach” (full citation coming and will link to KEEP record once created).

ContributorsChestnut, Tara (Creator) / Connors, Patrice K. (Creator) / Desari, Mauna (Creator) / Hilborn, Anne W. (Creator) / Hinde, Katie (Creator) / Light, Jessica (Creator)
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Description

Meatless Monday is an initiative that encourages actionable steps toward the reduction of meat consumption by asking participants to eat meat-free on Mondays. Many organizations, cities, schools, and correctional facilities have implemented Meatless Monday initiatives as a push to improve environmental sustainability, human health, and the welfare of animals. Such

Meatless Monday is an initiative that encourages actionable steps toward the reduction of meat consumption by asking participants to eat meat-free on Mondays. Many organizations, cities, schools, and correctional facilities have implemented Meatless Monday initiatives as a push to improve environmental sustainability, human health, and the welfare of animals. Such initiatives provide an opportunity to educate consumers on the health benefits of a plant-forward diet, the environmental impact of meat production, animal welfare issues, the innovation of non-meat proteins, and to engage stakeholders in gaining more control over their food choices. This report offers a summary of seven Meatless Monday initiatives throughout the U.S., highlighting best practices and notable challenges of implementing and maintaining such an initiative in three different contexts: local government, school systems, and non-profit or volunteer-led organizations. This report was conducted through an extensive look at previous research, news articles, and marketing materials, as well as interviews with stakeholders in six mid-sized U.S. cities.

ContributorsAlvarado, Francisca (Author) / Coghlan, Jane (Author) / Cooper, Dory (Author) / Petersen, Cam (Author) / Wyman, Carly (Contributor) / Giraud, Esteve Gaelle (Contributor) / Dart, Jesse (Contributor) / Benard, Nick (Contributor) / Johns Hopkins Center for a Livable Future (Client) / Meatless Monday (Client) / Swette Center for Sustainable Food Systems (Contributor)
Created2022-04-01
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Description

The Hawaiian Islands are highly reliant on imported foods for feeding residents and visitors alike. This is in part due to a shortage in food processing infrastructure locally that contributes to Hawaiʻi’s inability to process much of its own food products. This study examines the feasibility of increasing food self-sufficiency

The Hawaiian Islands are highly reliant on imported foods for feeding residents and visitors alike. This is in part due to a shortage in food processing infrastructure locally that contributes to Hawaiʻi’s inability to process much of its own food products. This study examines the feasibility of increasing food self-sufficiency in the islands through utilizing legacy industrial fruit processing equipment recently acquired by Olohana Foundation, a small 501(c)3 non-profit in Hawaiʻi. This study asks: How can the Olohana Foundation develop their aseptic juicing line to best support increased food self-sufficiency in the islands? Additionally, how can the juicing line be re-deployed in a manner to provide sustainable economic opportunity to producers and other community members? Through interviews with Hawaiʻi food system experts, fruit grower and fruit product buyer surveys, and a review of selected Unites States Department of Agriculture National Agricultural Statistics Survey (USDA NASS) crop data for Hawaiʻi, our team evaluated the feasibility for re-establishing the juicing line. Our results found that due to the lack of available locally-produced fruits and high start-up and operational costs, it is unlikely that the juicing line can be re-established as it was previously operating, producing papaya and guava juices and purees. However, there is no shortage in demand for locally grown fruit products in Hawaiʻi and there is high interest from producers in joining a grower-owned cooperative. We conclude with several recommendations for the near, medium and long-term. In the near to medium-term, we recommend that the Foundation pursue alternative configurations of the equipment to produce niche Hawaiʻi products for which there is adequate supply, including fermented fruit products. In the long-term, the Foundation should research the potential for sourcing produce from other Pacific-region islands, as well as work at the policy and community levels to increase production of fruits locally, lower costs of production, and lower barriers to organic certification.

ContributorsHemphill, Eric (Author) / Lourey, Stu (Author) / Martinez, Mackenize (Author) / Robertson, Claire (Author) / Swette, Luke (Author) / Wyman, Carly (Author) / Olohana Foundation (Client) / Swette Center for Sustainable Food Systems (Contributor)
Created2021-12-01
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Description

Investigation of how digitalization of agriculture and agrifood systems affect local and regional food systems

ContributorsConner, Wesley (Author) / Kitzmiller, Brandee (Author) / Miller, Kana (Author) / Mollen, Paige (Author) / Rochelle, Mary (Author) / Snowaert, Joe (Author) / VanVranken, Annalise (Author) / Yoder, Isabel (Author) / TMG Think Tank for Sustainability (Client)
Created2021-09
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Description
Bicycle sharing systems (BSS) operate on five continents, and they change quickly with technological innovations. The newest “dockless” systems eliminate both docks and stations, and have become popular in China since their launch in 2016. The rapid increase in dockless system use has exposed its drawbacks. Without the order imposed

Bicycle sharing systems (BSS) operate on five continents, and they change quickly with technological innovations. The newest “dockless” systems eliminate both docks and stations, and have become popular in China since their launch in 2016. The rapid increase in dockless system use has exposed its drawbacks. Without the order imposed by docks and stations, bike parking has become problematic. In the areas of densest use, the central business districts of large cities, dockless systems have resulted in chaotic piling of bikes and need for frequent rebalancing of bikes to other locations. In low-density zones, on the other hand, it may be difficult for customers to find a bike, and bikes may go unused for long periods. Using big data from the Mobike BSS in Beijing, I analyzed the relationship between building density and the efficiency of dockless BSS. Density is negatively correlated with bicycle idle time, and positively correlated with rebalancing. Understanding the effects of density on BSS efficiency can help BSS operators and municipalities improve the operating efficiency of BSS, increase regional cycling volume, and solve the bicycle rebalancing problem in dockless systems. It can also be useful to cities considering what kind of BSS to adopt.
ContributorsCui, Wencong (Author) / Kuby, Michael (Thesis advisor) / Salon, Deborah (Committee member) / Thigpen, Calvin (Committee member) / Arizona State University (Publisher)
Created2018