Lab Logo

Courses

Current and recent CNU courses by Dr. Lattanzio


Courses developed (or redesigned) and taught by Dr. Lattanzio

Courses listed in order of course number. BIOL courses are undergraduate-level, ENVS courses are graduate-level.

BIOL 212: Principles of Biology II: Evolution, Diversity, and Ecology

This introductory series course for biology majors covers key concepts in evolutionary biology and ecology, as well as a broad survey of the diversity of life on Earth.

BIOL 212L: Principles of Biology II: Laboratory

This introductory series lab accompanies BIOL212 and emphasizes tree thinking, the organization of biodiversity, and a survey of representative members of major groups of prokaryotes and eukarotes. Course concludes with field labs designed to introduce ecological methods/practice.

BIOL 440 + BIOL 440L: Herpetology

Spring semester, odd years

This course and lab combination emphasizes the study of amphibians and reptiles, with a strong focus on their evolution, physiology, ecology, systematics, and life history. Emphasis in lab is placed on species identification and research experience via weekly field and lab-based projects, and participation in ongoing local research and outreach on snakes, lizards, and salamanders.

ENVS 510: Biometry

Fall semester, annually

A graduate-level course designed to develop students' skills in experimental design, sampling, and statistical analysis in Organismal and Environmental Biology. Students will gain experience 1) applying statistical tests to real biological datasets in a widely-used software program R, 2) identifying appropriate test(s) for a given set of data, and 3) evaluating the scientific merit of published literature.

ENVS 520: Community Ecology

Summer Term I, annually

A graduate-level asynchronous online course focused on the interactions among species that contribute to the structure and function of ecological communities and patterns of species coexistence over space and time. Emphasis is placed on critical interpretation of recent and historical literature and schools of thought, experimental and mathematical modeling of key phenomena, and development and completion of an independent project (literature review or experimental assessment of key hypotheses in the field using community science data).

ENVS 575: Scientific Communication

Fall semester, odd years

A graduate seminar designed to help students develop and refine science communication skills for diverse audiences. Topics include writing for academic and general audiences, graphical design, presenting data, and public outreach.

ENVS 595: Arduino in Environmental Science

Fall semester, annually

This graduate level lecture course is aimed at providing a hands-on approach to engage students in programming, small-form electronics, and the development of their own low-cost environmental sensors and data loggers for research use, and then how to share those data and methods in a reproducible manner. Special attention is paid to underlying concepts and theory addressable via this approach and providing students with the skills necessary to develop their own projects suitable for thesis (or other) research implementation. The course will consist of a mixture of traditional lecture on major concepts, student-led discussions, programming exercises, electronics assembly and implementation, periodic experiments, data analysis, and a final project. Skills mastered from this course should be applicable to any scientific field.



Other courses taught

Courses listed in order of course number. Courses in this list are either no longer taught or purposefully designed to match content and pedagogy among different instructors. Course design, content, and delivery schedule is dictated by the department (or college). See my CV for courses taught at Ohio University.

BIOL 391: Junior Writing Intensive Seminar (department-designed)
BIOL 495 + BIOL 495 Lab: Community Ecology (no longer taught)