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What is Natural Sciences at the University of Oregon?

Natural Sciences at the University of Oregon is the university's umbrella for science teaching and research across several departments. Its website, Natural Sciences, serves as a hub for students, faculty and visitors looking for programs, courses, research areas and academic support.

What it covers

The natural sciences typically include fields such as biology, chemistry, physics, earth sciences, computer science and mathematics. At Oregon, these subjects are organised into departments and programs, with the site pointing to majors, minors, advising and undergraduate research opportunities.

Who it is for

  • Prospective students exploring science majors and admission paths.
  • Current students seeking course lists, degree requirements, advising and research placements.
  • Faculty and researchers looking for departmental contacts, labs and collaboration.
  • Visitors and media wanting an overview of the university's science community.

How to use it

Start with the department or program closest to your interest, then check degree requirements and advising pages. The site is best treated as a gateway rather than a single course catalogue, so expect to follow links into individual departments for detailed curriculum and faculty information.

What departments and programs are part of the Natural Sciences division?

The Natural Sciences division at the University of Oregon groups the university's science-focused departments and programs under a single academic umbrella. Its scope typically spans the core laboratory and field sciences, along with related interdisciplinary offerings.

Likely departments and areas

  • Biology and related life-science fields
  • Chemistry and biochemistry
  • Physics
  • Earth sciences, including geology
  • Computer and information sciences
  • Mathematics
  • Neuroscience and psychology, where science-tracked

Interdisciplinary programs Divisions of this kind often host or coordinate programs that cross department lines, such as environmental studies, marine biology, or data science. Exact program lists vary and may change with curriculum updates.

Who it serves Prospective students comparing science majors, current students planning a degree path, and researchers looking for collaborators or facilities. Advisors and faculty also use the division as a directory of units.

Trade-offs A division page is useful for orientation and finding the right department, but it usually gives only an overview. Detailed requirements, course lists, and faculty research live on individual department pages, so expect to follow links for specifics.

For authoritative, current lists, check the division's own site: Natural Sciences.

What research opportunities are available in the Natural Sciences?

Research opportunities in the natural sciences at the University of Oregon are typically organized through departments such as biology, chemistry, physics, earth sciences, and related fields. Undergraduates may pursue independent research projects, honors theses, or lab assistantships, often working alongside faculty mentors. Graduate students usually engage in thesis or dissertation research, with access to specialized labs, field sites, and instrumentation.

Common pathways

  • Faculty-led labs: Students join ongoing projects in areas like molecular biology, ecology, materials science, or geophysics.
  • Field and marine research: Oregon's coast, forests, and mountains support fieldwork in ecology, geology, and environmental science.
  • Interdisciplinary centers: Institutes focused on neuroscience, sustainability, or optics may offer cross-departmental projects.

Who it suits

These opportunities suit students who want hands-on experience, plan to pursue graduate study, or aim for careers in research, healthcare, or environmental management. The main trade-offs are time commitment and the need to approach faculty directly, since positions are not guaranteed and often depend on funding and availability.

For official details, see Natural Sciences and the university's research pages.

How can students get involved in undergraduate research in the Natural Sciences?

At the University of Oregon, undergraduate research in the natural sciences typically begins with curiosity and a willingness to reach out. Students usually start by exploring departmental pages and faculty profiles to identify labs or projects aligned with their interests in biology, chemistry, physics, earth sciences, or related fields.

Common paths to involvement include:

  • Contacting faculty directly. A short, specific email expressing interest in a professor's research area is often the most effective first step.
  • Enrolling in research courses. Many departments offer independent study, thesis, or seminar courses that count toward a degree while providing structured research experience.
  • Applying to structured programs. Summer research programs, honors theses, and university-wide undergraduate research initiatives may provide mentorship, funding, or cohort support.

The Natural Sciences site serves as a hub connecting students to these opportunities across departments.

What to expect

Research involvement varies by lab. Some students assist with data collection or fieldwork; others may design independent projects over time. Benefits include close faculty mentorship, technical skills, and stronger applications for graduate school or science careers. Trade-offs include time commitments, variable scheduling, and the need to build trust before taking on independent work. Students are typically encouraged to start early, ask questions, and treat the first term as a learning period.

What career paths can I pursue with a degree in the Natural Sciences?

A degree in the natural sciences from the University of Oregon prepares graduates for a broad range of careers rather than a single job title. The field spans biology, chemistry, physics, earth sciences and related disciplines, so your specific major and coursework shape which paths are most accessible.

Common career directions

  • Research and laboratory work: academic labs, government agencies, environmental monitoring, biotech and pharmaceutical companies.
  • Healthcare and medicine: medicine, nursing, dentistry, veterinary science, public health, clinical research and medical technology, typically after further study.
  • Environmental and geoscience roles: conservation, environmental consulting, hydrology, geology, sustainability and natural resource management.
  • Education and communication: teaching at secondary or university level, science writing, museums and outreach.
  • Industry and technology: data analysis, quality control, materials science, food science and agricultural research.
  • Policy and nonprofit work: regulatory affairs, science policy, advocacy and international development.

What affects your options

Some paths are directly enterable after a bachelor's degree; others, such as medicine or research professorships, usually require graduate or professional training. Internships, research assistantships and quantitative or field skills often matter as much as the degree itself. The University of Oregon's natural sciences programs connect to its broader research environment, which may support undergraduate research and interdisciplinary study.

For program-specific advising and course planning, start with Natural Sciences.

What resources and support services are available for Natural Sciences students?

Natural Sciences at the University of Oregon is an academic home for students working across biology, chemistry, physics, earth sciences and related fields. Its pages concentrate on the practical side of a science degree: advising, academic planning, research involvement and support that helps students stay on track.

Typical resources for students

  • Academic advising — guidance on degree requirements, course sequencing and progress toward graduation.
  • Research opportunities — pathways for undergraduates to join faculty-led labs or field projects, which are often central to science training.
  • Peer and study support — tutoring, study groups or learning centres aimed at demanding introductory courses.
  • Career and graduate-school preparation — help translating a science major into lab work, industry roles, health professions or further study.
  • Community and cohort programmes — events, seminars and student groups that connect majors with faculty and each other.

Who it suits and trade-offs

These resources suit students who want a structured science curriculum plus access to research early. They are less useful for someone seeking a single, self-contained online course, since much of the value comes from in-person labs, advising relationships and campus participation. Availability of specific services may vary by term or department, so current students should confirm details through official channels.

For official information, see Natural Sciences and the wider University of Oregon.

Related questions

More questions →
What News and Research Updates Are Featured on the UO Natural Sciences Website?

The UO Natural Sciences site highlights recent research discoveries, faculty grants, and alumni stories through a "News from Natural Sciences" section that links to a full news archive. The featured items span multiple departments—marine biology, physics, and psychology—and mix research breakthroughs with career-focused alumni profiles.

What the News Section Covers

The news feed on the Natural Sciences homepage pulls together stories about faculty research, student and alumni experiences, and major funding awards. Based on the current listings, the section covers:

  • Research discoveries by CAS faculty and research teams
  • Grant awards that fund new scientific infrastructure and experiments
  • Alumni profiles focused on career development and professional advice
  • Department-level news from fields like marine biology, physics, and psychology

Each item includes a date, a department tag, and a short summary, with an "All news »" link that leads to the complete archive.

Examples of Featured Research Updates

Marine Biology: New Plankton Discovery

A story dated September 16, 2026 describes CAS marine biologists discovering new plankton off the Oregon coast. The research involved studying brittle star plankton larvae at the Oregon Institute of Marine Biology. According to the summary, the published findings deepen understanding of marine life along the Oregon coast and its connection to distant regions.

Physics: Quantum Networking Grant

A July 20, 2026 item reports that a UO-led research team received a two-year, $4 million grant from the National Science Foundation to develop a prototype quantum network on the UO campus. Professor Brian Smith, director of the Oregon Center for Optical, Molecular and Quantum Science, is quoted saying the research "will transform communications, sensors and computers."

Psychology: Alumni Career Advice

A September 16, 2026 psychology story profiles Mara Sargent '14, who stresses the importance of trying new things. The piece connects her campus experience—including the beauty of campus, the community, and an atmosphere that reminded her of home in Berkeley, California—to her professional career development.

How to Find More News

The homepage news section is a preview. The "All news »" link takes you to the full news archive, where you can browse additional stories by department or date. The site also maintains a separate section for graduate programs and affiliated centers and institutes if you want to go deeper into specific research areas.

Why This Matters for Prospective Students and Researchers

The news section functions as a live view of what the college's 300 faculty members are working on—from quantum mechanics foundations to cancer cell development and brain function. For prospective students, the mix of research updates and alumni stories shows both the research environment and where graduates end up. For researchers, the grant and discovery announcements signal active areas of funding and collaboration.

What kind of research and faculty does UO Natural Sciences highlight?

The University of Oregon's Natural Sciences division highlights a faculty of roughly 300 members whose research spans from the foundations of quantum mechanics to cancer cell development and brain function, with some work leading to high-technology company spin-offs. These faculty—including fellows of many learned societies and academies—combine research with teaching, training students to become the next generation of scientists. This page is for prospective students, researchers, or partners who want a quick read on the division's research identity and academic breadth.

Who the faculty are

The site describes approximately 300 faculty members across the science departments. It notes that this group includes fellows of many learned societies and academies, a signal of external recognition within their fields. The framing emphasizes that these are active researchers, not only instructors: the division states its departments are "committed to creating and disseminating new knowledge" by combining research and teaching.

What research areas are represented

The page gives a deliberately wide range of examples rather than a single specialty. It cites:

  • Questions about the foundations of quantum mechanics
  • The development of cancer cells
  • The workings of the brain

It also points to applied outcomes, noting work "resulting in the spin-off of high-technology companies." Taken together, the examples run from fundamental physics to biomedical questions to commercialization.

Research feeds into teaching and student training

A key point the page makes is that faculty "share their excitement about their research with their students," explicitly training them to become part of the next generation of scientists. So the research profile is presented as connected to the student experience, not separate from it.

Academic programs tied to this research base

The research areas map onto a broad set of majors, minors, concentrations, and programs. The site lists:

Category Programs listed
Physical & mathematical sciences Chemistry and Biochemistry, Earth Sciences, Mathematics, Mathematics and Computer Science, Physics
Life sciences Biology, Human Physiology, Marine Biology, Neuroscience, Psychology
Computing & data Computer and Information Technology, Computer Science, Cybersecurity, Data Science
Engineering & interdisciplinary Bioengineering, Materials Science and Technology, Multidisciplinary Science

The page also links to College of Arts and Sciences graduate programs and affiliated centers and institutes, which is where much of the research activity is organized.

Recent research news the site features

The news section gives concrete, dated examples of the research culture:

  • Marine biology (September 16, 2026): CAS marine biologists studying brittle star plankton larvae at the Oregon Institute of Marine Biology published research deepening understanding of marine life along the Oregon coast and its connection to distant regions.
  • Physics (July 20, 2026): A UO-led team received a two-year, $4 million National Science Foundation grant to develop a prototype quantum network on the UO campus. Professor Brian Smith, director of the Oregon Center for Optical, Molecular and Quantum Science, said the research "will transform communications, sensors and computers."
  • Psychology (September 16, 2026): An alum profile stressing the value of trying new things.

These items illustrate the range described above—from field marine biology to federally funded quantum networking.

How to use this information

If you are evaluating the division for a specific interest, match your area to the program list above, then check the affiliated centers and institutes and graduate program links for research depth. If you want current research activity rather than a static description, the news feed is the most concrete signal, since it names projects, funding, and faculty.

What is the Natural Sciences website at the University of Oregon?

naturalsciences.uoregon.edu is the academic unit site for Natural Sciences at the University of Oregon, part of the College of Arts and Sciences (CAS). It is where you go to explore science majors, minors, concentrations, and graduate programs, and to read news about faculty research and student outcomes. It is an institutional academic site, not a commercial product page or a standalone news outlet.

What the site covers

The site organizes the natural sciences departments and programs under one umbrella. According to the site, its departments "are committed to creating and disseminating new knowledge in their fields by combining research and teaching," with roughly 300 faculty members whose work ranges from the foundations of quantum mechanics to cancer cell development, brain function, and research that has spun off high-technology companies.

Programs listed on the site include:

  • Chemistry and Biochemistry
  • Bioengineering
  • Biology
  • Computer and Information Technology
  • Computer Science
  • Cybersecurity
  • Data Science
  • Earth Sciences
  • Human Physiology
  • Marine Biology
  • Materials Science and Technology
  • Mathematics
  • Mathematics and Computer Science
  • Multidisciplinary Science
  • Neuroscience
  • Physics
  • Psychology

The site also links out to CAS graduate programs and to affiliated centers and institutes.

Who it is for

  • Prospective and current students deciding on a major, minor, or concentration, or looking into graduate study in a science field.
  • Researchers and collaborators checking faculty expertise, departments, and affiliated centers.
  • Alumni, donors, and the public following research news and unit updates.

What kind of information you will find

The site mixes program navigation with news. The news section highlights research and people, for example:

  • A psychology alum's account of trying new things and building a career.
  • CAS marine biologists reporting newly discovered plankton off the Oregon coast, based on work at the Oregon Institute of Marine Biology.
  • A UO-led team advancing quantum networking, with a two-year, $4 million National Science Foundation grant to build a prototype quantum network on campus.

It also includes a giving section noting that gifts to the College of Arts and Sciences support students, teaching, research, advising, and mentoring.

What it is not

It is not a commercial site, a storefront, or a news-only publication. It is the official academic unit site for Natural Sciences within CAS, so its main job is to describe programs and faculty and to share unit news. If you need admissions requirements, tuition figures, or application deadlines, those are handled by other University of Oregon offices rather than this site.

Which Majors and Academic Programs Are Listed on the UO Natural Sciences Site?

The UO Natural Sciences site lists majors, minors, concentrations, and academic programs across 18 named fields, from chemistry and biology to computer science, neuroscience, and psychology. It is a starting point for exploring options rather than a full course catalog: each field name links out to its own department or program, and graduate programs are explored separately through the College of Arts and Sciences.

Fields listed on the site

The site presents these departments and fields:

Field
Chemistry and Biochemistry
Bioengineering
Biology
Computer and Information Technology
Computer Science
Cybersecurity
Data Science
Earth Sciences
Human Physiology
Marine Biology
Materials Science and Technology
Mathematics
Mathematics and Computer Science
Multidisciplinary Science
Neuroscience
Physics
Psychology

The page frames this list as covering "majors, minors, concentrations, and academic programs in the Natural Sciences," so the same list is the entry point whether you are looking for a full major, a minor, or a concentration.

What the site says about the faculty behind these programs

The Natural Sciences page describes roughly 300 faculty members, including fellows of learned societies and academies, whose research spans areas such as the foundations of quantum mechanics, the development of cancer cells, and the workings of the brain, with some work leading to high-technology company spin-offs. It also states that faculty involve students in their research as part of training the next generation of scientists.

Where graduate programs fit

Graduate programs are not listed in the field list above. The site directs visitors to "Explore CAS Graduate Programs" — that is, graduate study in the natural sciences is handled through the College of Arts and Sciences rather than through this page.

How to use the site

  1. Open the Natural Sciences page and scan the field list to find the subject area you are interested in.
  2. Select that field to reach its own department or program page, where the specific majors, minors, and concentrations are described.
  3. If you are looking at graduate study, follow the College of Arts and Sciences graduate programs link instead of the undergraduate field list.

The site also carries news items from these departments, such as a psychology alum's account of trying new things, a marine biology finding on plankton off the Oregon coast, and a physics-led quantum networking project, which can give a sense of what current work in each field looks like.

How Can Supporters Give to or Get Involved with UO Natural Sciences?

The Natural Sciences site at the University of Oregon points supporters to the College of Arts and Sciences (CAS) as the giving channel. The page's "We Love Our Supporters" section states that gifts to CAS "can help our students make the most of their college careers" and that contributions "help us ensure that teaching, research, advising, mentoring" continue. So the starting point for giving is the supporters section on the Natural Sciences site, which routes to CAS. The page does not list specific donation amounts, payment methods, or a named development officer, so those details need to come from CAS directly.

What the site says about supporting students

The giving message on the Natural Sciences page is short and general. It frames support around student outcomes rather than around a specific fund, department, or building. The stated uses of contributions are:

  • Teaching
  • Research
  • Advising
  • Mentoring

That list is the site's own description of what gifts support. It does not break the funds down by department, and it does not name a specific scholarship or program.

Where to start on the site

The "We Love Our Supporters" block is the entry point the page provides. From there, the giving path leads to the College of Arts and Sciences, since the Natural Sciences departments sit within CAS. The page also links to "Explore CAS Graduate Programs" and "Affiliated Centers and Institutes," which are useful if your interest is in a particular area rather than general support.

If you want to direct your interest to a specific field

The site lists these Natural Sciences departments and programs, which can help you decide what you want your support to connect to:

Area Listed as
Chemistry and Biochemistry Department
Bioengineering Program
Biology Department
Computer and Information Technology Program
Computer Science Department
Cybersecurity Program
Data Science Program
Earth Sciences Department
Human Physiology Department
Marine Biology Program
Materials Science and Technology Program
Mathematics Department
Mathematics and Computer Science Program
Multidisciplinary Science Program
Neuroscience Program
Physics Department
Psychology Department

The page does not say whether gifts can be designated to any one of these units, so treat the list as a way to identify your area of interest, then confirm designation options with CAS.

Getting involved beyond giving

The site's news section shows the kind of work supporters and prospective students can follow. Recent items include:

  • A Psychology alum's note on the importance of trying new things (September 16, 2026)
  • CAS marine biologists discovering new plankton off the Oregon coast (September 16, 2026)
  • A UO-led research team advancing quantum networking, with a two-year, $4 million National Science Foundation grant to build a prototype quantum network on campus (July 20, 2026)

Following this news is a low-commitment way to stay connected to the departments you care about. The page also notes that its roughly 300 faculty members include fellows of many learned societies and academies, and that their research ranges from the foundations of quantum mechanics to cancer cells and the workings of the brain, with some work leading to high-technology spin-off companies.

What the page does not cover

The Natural Sciences page does not state:

  • Specific gift amounts or giving levels
  • Payment platforms or online giving forms
  • Whether gifts can be restricted to a named department, center, or scholarship
  • Contact details for a development or advancement office

For any of these, go through the College of Arts and Sciences rather than assuming a process from the Natural Sciences page alone.

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Nameservers are provided by f5cloudservices.com, indicating managed DNS hosting. MX records point to the Proofpoint email service. No CNAME was found; the observed records resolve directly to addresses. SPF and DMARC are configured. DKIM status is unknown. TXT records include verification markers for Google, Atlassian. Such markers may also remain after a service stops being used.

TLS and Certificates

The certificate uses an RSA 2048-bit public key, offering broad client compatibility. The server supplied a complete certificate chain. No organization name is present in the certificate; the available fields are consistent with domain validation. The certificate was issued by Let's Encrypt, commonly associated with automated certificate services. The certificate's total validity is about 89 days, consistent with a short renewal cycle.

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The response lacks these common security headers: CSP, Referrer-Policy, Permissions-Policy. No X-Powered-By header was found, reducing one common source of backend fingerprinting information. The x-cache, x-served-by, via response header indicates a CDN or caching proxy in the delivery path. No obvious internal addresses or debug information were found in the headers. The Server header identifies nginx without an exact version.

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