- Teacher: Emma Wear
Lewis & Clark Moodle
Search results: 1498
An introduction to core principles that underlie, all of biology, illustrated through, evidence-driven examples centered on integrative, organismal biology and organisms' interactions, with the biotic and physical environment. We will, explore the evolution of life, flow of information, within and among individuals, the influence of, structure on function at scales from individuals, to ecosystems, the transformations of energy and, matter in space and time, and the dynamic systems, that characterize Earth and its inhabitants., Topics will vary according to faculty expertise., See department website for specific section, details. Can be taken before or after BIO 202.
- Teacher: Margaret Metz
- Teacher: Emma Wear
- Teacher: Emma Wear
- Teacher: Emma Wear
all of biology, illustrated through
evidence-driven examples centered on integrative
organismal biology and organisms' interactions
with the biotic and physical environment. We will
explore the evolution of life, flow of information
within and among individuals, the influence of
structure on function at scales from individuals
to ecosystems, the transformations of energy and
matter in space and time, and the dynamic systems
that characterize Earth and its inhabitants.
Topics will vary according to faculty expertise.
See department website for specific section
details. Can be taken before or after BIO 202.
- Teacher: Greta Binford
- Teacher: Margaret Metz
all of biology, illustrated through
evidence-driven examples centered on interactions
among molecules and cells within organisms. We
will explore mechanisms of inheritance and
mutation fundamental to the evolution of life,
flow of information from DNA through proteins to
cellular and organismal function, the relationship
between structure and function at scales from
molecules to individuals, the transformations of
energy and matter through biochemical and
physiological pathways, and the dynamic systems
within and between cells. Topics will vary
according to faculty expertise. See department
website for specific section details. Can be taken
before or after BIO 201.
- Teacher: Tamily Weissman-Unni
An introduction to core principles that underlie
all of biology, illustrated through
evidence-driven examples centered on interactions
among molecules and cells within organisms. We
will explore mechanisms of inheritance and
mutation fundamental to the evolution of life,
flow of information from DNA through proteins to
cellular and organismal function, the relationship
between structure and function at scales from
molecules to individuals, the transformations of
energy and matter through biochemical and
physiological pathways, and the dynamic systems
within and between cells. Topics will vary
according to faculty expertise. See department
website for specific section details. Can be taken
before or after BIO 201.
- Teacher: Jasmine Hopkins
all of biology, illustrated through
evidence-driven examples centered on interactions
among molecules and cells within organisms. We
will explore mechanisms of inheritance and
mutation fundamental to the evolution of life,
flow of information from DNA through proteins to
cellular and organismal function, the relationship
between structure and function at scales from
molecules to individuals, the transformations of
energy and matter through biochemical and
physiological pathways, and the dynamic systems
within and between cells. Topics will vary
according to faculty expertise. See department
website for specific section details. Can be taken
before or after BIO 201.
- Teacher: Tamily Weissman-Unni
- Teacher: Margaret Metz