BI 3184 Fall 1999
Laboratory Schedule
30 AUG and 2 SEP:
-Laboratory goals and objectives and preliminary sampling
-Schedule, expectations, necessary equipment, duties
-Collection for Freshwater Ecology requirements
-Laboratory notebook or Service-learning journal
-Kanokolus Beach and Boat Landing
-Demonstration of aquatic plant preparation: wet mount, dry mount
-Plankton sample for "shapes and sizes" in laboratory
-Demonstration of bivalve mollusk preparation
-Routine data: date, time, location, observers, weather, water conditions, water quality, pH, temperature, Secchi transparency dissolved oxygen, conductivity, alkalinity, orthophosphate
-Lake Winnecook Inventory (LWI)
Bring:
|
-plant presses |
-aerial net |
6 and 9 SEP:
-Unity Pond by boats for vertical data
-Kanokolus boat landing and bay (do not leave my sight and signal)
-Routine data at shore and LWI
-Temperature, dissolved oxygen, conductivity meter profiles
-Temperature, dissolved oxygen, alkalinity, pH profiles with kits and depth
sampling bottles
-Sampling for collections as possible
-Demonstration of arthropod collection
-Plankton samples for qualitative analyses
Bring:
|
_ pH, alkalinity, O2, PO4 kits |
_ herbarium sheets |
13 and 16 SEP
-Stream invertebrates and sampling
-Halfmoon Stream at Thorndike Village, ME 220
-Routine data
-Macroinvertebrate introductions
-Qualitative sampling by rock turning or kick 'n' pick nets
-Quantitative sampling by Surber and Hess samplers
-MDDS for larvae, maybe exuviae, possibly adults
-Variety of algae
Bring
|
_ all available dip nets |
_ collecting containers _ sealable bags _1 plant press _ 2 enamel pans _ herbarium sheets _ aerial net _ MDDS forms and printed materials _ acetone _ nymph vials _ boots _ pencils _ forceps _ thermometers _ plankton net _ GPS _ debrief poster and markers in laboratory |
20 and 23 SEP
-Comparative limnology of local great ponds (long labs)
-20th: Sandy and Sanborn (1430-1720 plus 1530-1645 the 21st)
-23rd: Carleton and Plymouth (1230-1645 hrs)
-Everything at two new locations
-Plunder and pillage the flora and fauna
-All water conditions
-Plankton in laboratory or preserved based on clock
Bring:
|
_ pH, alkalinity, O2, PO4 kits |
_ isopropanol |
27 and 30 SEP
-Stream net comparisons
-Compare Surber and Hess or kick screen and kick'n'pick methods
-Each at three locations with 3 minute sample time
-Routine data
Bring:
|
_ 6+ dip nets |
_ 1 plant press |
28 and 30 SEP
-Light and dark bottle production in the laboratory
-0700-0830 hrs team collects lake water and routine data
-By 0930 hrs team incubates light and dark bottles on boat seat
-Other team samples To dissolved oxygen with 4 repetitions
-No sooner than 1400 hrs team fixes all light and dark bottles
-Each light or dark bottle sampled for Tt dissolved oxygen at lecture
-Option to check pH or alkalinity if adequate bottles available
-Temperature difficult to control compared to in situ
Bring:
|
_ pails |
4 and 7 OCT
- 25 Mile Pond Monitoring
-Emphasis on plankton with samples returned to laboratory
-Deep benthic sampling
-Cores
-Eckman dredges
-Peterson grabs
Bring:
|
_gravity corer with nose and inserts |
_ green 5 gallon pail |
only 14 OCT
-China Lake comparative limnology
-Usual monitoring at north end of China Lake
-Plunder and pillage the flora and fauna
-All water conditions
-Plankton in laboratory or preserved based on clock
Bring:
|
_ pH, alkalinity, O2, PO4 kits |
_ collecting containers |
18 and 21 OCT
Kanokolus Bog: The Dance Walk on water. Where the plants prey on the herbivores and carnivores. Lots of new biota for the uninitiated.
Let's be careful out there!
Bring:
|
_ flagging tape |
_ aerial net |
25 and 28 OCT
-Stream discharge
- Bither Brook velocities
- depth profiles
- attempt both current meters a riffle, a pool, the run above the last ledges
- Calculate discharges in the laboratory
- Routine monitoring for water quality and macroinvertebrates
- 25Mile Pond shallow shore quick visit, use the Citizen Scientist Monitoring form
Bring:
|
_ stop watches _ calculators _ 6 dip nets _ kick screen(s) _ Citizen Scientist forms _ pH, alkalinity, O2, PO4 kits _ O2 and conductivity meters _ green 5 gallon pail _ collecting containers _ sealable bags _ 1 plant press |
_ 2 enamel pans |
1 and 4 NOV
- 25 Mile Pond Monitoring
- Emphasis on plankton with samples returned to laboratory
- Vertical tows compared by nets and horizontal tows
Bring:
|
_ all available plankton nets |
_ 2 enamel pans |
8 and 11 NOV
- Plankton analyses in laboratory
- Identification as possible
- Counts: drops, Sedgwick-Rafter slide, Petersen cell
- Illustrations
Bring:
|
_ lots of manuals |
_ aerial net |
15 and 18 NOV
- Final Unity Pond monitoring; probably from trestle
- One last time: if the weather is beautiful, then 1 vertical series by boat
Bring:
_ 1 plankton net |
_ nymph vials |
29 NOV and 2 DEC
- Mapping: Small watersheds An introduction to reading maps and aerial photographs
- Watershed boundaries
- watershed area
- Discharge calculations
Equipment:
_ USGS maps |
_ markers |
6 and 9 DEC
- MFC Contract presentations (may continue 15 DEC)
- Each team presents contract product
- Clients in audience? Invitations based on schedule
- Any necessary presentation equipment arranged by students
Bring:
_ Evaluation instruments
_ presentation and audience
_ debrief poster and markers in laboratory
BI 3184 Fall 1999
Laboratory Grading
Grading for the laboratory component of Freshwater Ecology/Limnology for Fall 1999 will be
according to the following plan:
_ Weekly attendance and demonstrated field skills: 10%
_ Data collection demonstrated by journal/notebook: 10%
_ Collection for Freshwater Ecology: 50%
_ Laboratory Reports or Homestudy assignments: 30%
Laboratory Reports of Homestudy tasks will be assigned weekly until Thanksgiving Break.
Submissions will be due at the end of the laboratory session two weeks after assignment.
While many of the organisms
handled during class and laboratory activities for BI 3184
will be returned to the wild
after collection, examination, and identification,
many class activities will cause morbidity and mortality to organisms.
You are expected to develop a Collection for Freshwater Ecology
of appropriately fixed and preserved specimens.
Live specimens are not acceptable in the collection.
You may find dead specimens that are of adequate quality to include in the collection.
Molluscs must be presented as empty shells.
An arthropod exuvium may be an acceptable specimen.
You will be expected to dissect, and essentially destroy,
a variety of organisms during examination, identification, and analysis
of those organisms.
Ethical concerns of individual students will be addressed
by the class in the lecture hall.
One responsibility of each member of every group at all times is SAFETY! Watch and attend to other members of your group. Be cautious and alert near, in, or on the water whether walking, wading, floating on docks, crossing bridges, or boating.