WEEK
1
Jan 12
LABORATORY
Intro, lab practices & policies, Safety.
EXERCISES
(Exercises 17,3,23)
Important Biological Concepts
2
Jan 19
Martin Luther King Day
NO LABS THIS
WEEK
(Exercises 24,25,26)
3
Jan 26
Eukaryotes: Kingdoms Protista and
Fungi
4
Feb 2
5
Feb 9
6
Feb 16
7
Feb 23
8
Mar 1
Eukaryotes: Kingdom Animalia: Phyla
Cnidaria and Porifera
9
Mar 8
Eukaryotes: Kingdom Animalia: Phyla
Platyhelminthes and Nematoda
(Exercise 36)
10
Mar15
Eukaryotes: Kingdom Animalia: Phyla
Mollusca, Annelida, and Arthropoda
(Exercise 37, 38)
11
Mar 22-27
Spring Break
12
Mar 29
Eukaryotes: Kingdom Animalia: Phyla
Echinodermata and Hemichordata
NO LABS THIS
WEEK
(Exercise 39)
13
April 5
Eukaryotes: Kingdom Animalia:
Chordata
(Exercise 39)
14
April 12
Final Exam
(Week 8th to 13th))
Linnean Classification
Evolution: Natural Sele
Phylogeny.
Review of the cell: Pro
Prokaryotes: cell struct
and economical import
Sexual vs a
Eukaryotes: cell structu
surface, and symmetry
importance of these gro
Major Plant groups, str
relationships (e.g. dive
and insects goes hand t
water to land: associate
.
Structures, Function, a
respiration, soils, nutrie
Eukaryotes: Kingdom Plantae:
Gymnosperms and Angiosperms
(Exercises
27,28,29,30)
Eukaryotes: Kingdom Plantae: Plant
Anatomy and Physiology
(Exercises 31,32)
Eukaryotes: Kingdom Plantae
Continuation Plant Physiology
(Exercise 33)
Structures, Function, a
respiration, soils, nutrie
Midterm
(Week 1st to 6th)
We’ll meet the week b
questions
Types of coelom (e.g. a
etc).
Major groups, symme
structure, reproduction
Marine Biodiversity vs
Coral Reefs vs Rainfor
mutualism, competition
Fresh water and Marin
Bilateral symmetry, lif
nervous system.
Segmentation and adap
Torsion and shell deve
Insect diversification: e
importance (e.g. pollin
Parts of the body: struc
relationships among ph
(Exercise 35)
Major groups, life style
Protostome vs deuteros
Chord, hollow neural c
Evolution of the jaw (a
Relationships among c
of each group
We’ll meet the week b
questions