
Danielle
PhD
Expertise
Marine science: algae physiology, biogeochemistry, microbiology, nutrient dynamics, sargassum seaweed, harmful algal blooms

Polygence mentors are selected based on their exceptional academic background, teaching experience, and unique ability to inspire the next generation of innovative thinkers and industry leaders.

Marine science: algae physiology, biogeochemistry, microbiology, nutrient dynamics, sargassum seaweed, harmful algal blooms

Earth sciences, planetary sciences, physics, mathematics, chemistry, spectroscopy

Water treatment, nanotechnology, environmental justice, environmental engineering, green chemistry, green engineering, environmental policy, sustainable materials

History, English, Psychology, Environmental Science/Studies, Political Science, Environmental Policy, Environmental Justice, Immigration Rights, Social Justice, Advocacy

Ecology, Evolutionary Biology, Tropical Ecosystem, Biogeochemistry, Environmental Science

Physiology, genomics, biology, marine biology, coral reefs, environmental science, conservation

Environmental health (combination of public health, environmental science, biology, chemistry, and statistics/epidemiology)

Environmental Sciences (agriculture, plant biology, ecology, etc), Arts - dance or creative writing, Business Topics, and Sustainability of environmental, social, and economic topics. Solar energy development as well.

Survey and interview research methods; Archival research methods; Science Communication; Public Engagement with ScienceSocial, ethical, and policy issues with biotechnology (Agricultural, medical, or environmental); Socio-economic impacts of biotechnology; Environmental impacts of biotechnology; Applications of synthetic biology and bioengineering; Public and stakeholder perceptions on emerging technology; Projects investigating applications and/or impacts of environmental policy; Environmental ethics and politics; Bioethics and biotechnology policy; Social and ethical challenges of sustainability; Sustainability politics; Socio-economic impacts of sustainability innovation (e.g. renewable energy; carbon capture); Sociology of science and innovation; Philosophy of science and innovation; History of science and innovation;

Food Systems, Gastronomy, Innovative solutions for climate change, humanistic approach to design, Wicked Problems, Regenerative Agriculture, Gastronomic design,

Public Health, Biology, Marine Biology/Science, Oceanography, Environmental Public Health, Climate Change

Ecology, marine biology, oceanography, fisheries management, environmental policy, remote sensing

environmental science, conservation, marine science, sustainability, conservation planning, strategic planning, environmental psychology