
Amelia Min-Venditti- Master of Science
- PhD Student at Arizona State University
Amelia Min-Venditti
- Master of Science
- PhD Student at Arizona State University
About
7
Publications
1,364
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424
Citations
Introduction
I am a creative forward thinking Sustainability PhD student at Arizona State University passionate about environmental justice, sustainable development, and strong community-based regenerative governance. I worked as an in-house consultant for 6 years at WA Department of Ecology. In 2016 I earned my MS in Ecosystem Science & Mgmt with a focus on ecohydrology and public policy in Latin America. My talents are connecting people with ideas and resources, collaborative projects, and teaching.
Current institution
Additional affiliations
June 2014 - August 2016
January 2017 - June 2022
October 2012 - May 2014
Education
August 2022 - June 2026
June 2014 - August 2016
August 2007 - May 2011
Publications
Publications (7)
Remote rainforest lodges are a growing part of the ecotourism industry. They can provide benefits through employment, environmental protection, and opportunities for scientific research. Lodges are vulnerable to income interruptions which put these benefits at risk. Authors identified water-related health crises as a potential interruption. Four lo...
Despite the prevailing assumption that hydrological flow variation is amplified and runoff increased with deforestation, evidence behind these claims is limited for very moist tropical regions. Data derived from field observations are needed to productively manage forested watersheds, optimize global climate models, and inform policymaking. First,...
Antigen-specific T cells provide a therapy for cancer that is highly specific, self-replicating, and potentially devoid of toxicity. Ideally, tumor-specific T cells should recognize multiple epitopes on multiple antigens to prevent tumor immune escape. However the large-scale expansion of such broad-spectrum T cells has been limited by the availabi...
Diverse life forms have evolved internal clocks enabling them to monitor time and thereby anticipate the daily environmental changes caused by Earth's rotation. The plant circadian clock regulates expression of about one-third of the Arabidopsis genome, yet the physiological relevance of this regulation is not fully understood. Here we show that th...
Zoosporic fungi (chytrid) abundance, as captured on pollen bait, was significantly higher in pristine sites than impacted sites in a survey of six water bodies of varying ecological integrity (as categorized by the NJ Pinelands Commission) in the New Jersey pine barrens (USA). Using a series of laboratory manipulations of water from a pristine and...