Earth and Atmospheric Sciences encompass the study of our planet’s dynamic systems, including the solid Earth, oceans, atmosphere, and interactions with the biosphere. This interdisciplinary field integrates geology, meteorology, climatology, oceanography, and environmental science to explore fundamental questions about Earth’s past, present, and future.

Understanding Earth and Atmospheric Sciences is crucial for addressing global challenges such as climate change, natural disasters, resource management, and environmental sustainability. Research in this field drives advancements in weather prediction, hazard mitigation, energy exploration, and conservation efforts. By studying Earth’s processes, scientists develop models and technologies that help society adapt to a changing planet, ensuring a more resilient future.

The UH Department of Earth & Atmospheric Sciences offers a dynamic learning environment where academic rigor meets real-world application. With over 160 undergraduate and 160 postgraduate students, the department provides diverse degree options and specialized research opportunities. Key highlights include:

• Undergraduate Degree Programs:

  • Bachelor of Science in Geology, Geophysics, Environmental Sciences (with options in Environmental Geosciences and Atmospheric Science)
  • Bachelor of Arts in Earth Science
  • Opportunities for a double major in Geology and Geophysics
  • Small classes, hands-on field trips, student-led initiatives (e.g., Geosociety), and undergraduate research projects

• Graduate Degrees:

  • Master’s programs emphasizing Petroleum Geosciences through specializations in either Geology or Geophysics

• Research Focus Areas:

  • Energy & Earth Resources: Exploring how Earth’s dynamics influence resource distribution and advancing geophysical imaging for energy recovery
  • Earth & Planetary Dynamics: Investigating planetary building blocks, tectonic processes, and insights from the Moon and Mars
  • Atmospheric & Earth Surface Systems: Addressing global challenges such as air pollution, climate change, and coastal dynamics

These integrated academic and research initiatives prepare graduates for successful careers in energy, environmental management, mining, government, academia, and beyond, with strong ties to Houston’s vibrant energy sector and industry networks.

Guide Navigation and Utilization

This research guide is organized into several sections designed to support your academic and professional journey in Earth & Atmospheric Sciences. For a quick overview:

• Core Research Resources – Key databases, scholarly journals, and reference tools (e.g., GeoRef, AAPG Datapages, Environment Complete) to jumpstart your research, alongside effective search strategies.
• Methodologies and Analytical Tools – Guidance on field research equipment and techniques, access to geospatial and meteorological data repositories, and insights into specialized software and analytical platforms.
• Foundational Literature and Citation Management – A curated selection of authoritative reference works, handbooks, bibliographic management solutions, and techniques for formulating robust research questions.
• Professional Development and Career Pathways – Resources on research opportunities and funding, connections to professional associations and networks, and career-building strategies tailored for geosciences.
• Library Services and Support – An overview of UH Library’s specialized services, peer mentor support, and resource utilization guides including FAQs to enhance your research experience.

Use the navigation menu on the left to explore each section and take full advantage of the comprehensive resources available.