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Environmental Report for Marine or Limnological Studies

Joseph Schnierlein



Type of activity:

A combination of hands-on, inquiry lab, group/cooperative learning, and off-site activity.

Target group:

High School environmental studies ( Jr. & Sr.), but could be modified for middle school.


Background Information:

This activity involves visiting a study area 2 or 3 times. The students are required to write a report after the last visit including what is listed below. Prior to the report, students spend two to three periods in the field, and usually an equal amount of 45 minute periods back in the lab doing identifications of specimens ane the calculations that are required. If students are sincere, this information may become part of a database for your community or state.

Abstract:

Students complete in-depth environmental analysis of selected study area.

Preparation time:

Varies depending on the student level, class chemistry and backgrounds, the equipment you have, and the proximity to the study area. It could take 5 periods or longer to prepare the students.

Materials needed:

  • Parental permission slips
  • Transportation to and from work study area
  • Life jackets if students enter the water
  • Waders
  • Meter sticks
  • Testing equipment for oxygen
  • Salinity adn pH
  • Seines
  • Plankton nets
  • Secchi disks
  • Jars or zip lock bags to put speciments in
  • Line level and 100 ft. line
  • Beaufort's scale
  • Compass(es)
  • Notebooks and field guide book for mollusks, fish, birds, etc.
  • Aerial photographs and topographic maps may be useful on site or in the classroom to "see" nearby influential factors.

Method of evaluation:

Each area listed has a specific number of tasks tht are to be performed, and the grade is based on the percentage of what was accomplished. For example, in General Description, there might be 30 items that you see that should be included, therefore each item becomes 1 point. If a student missed doing the seine on one trip, yet, filled in 82 other pieces of information, that would score him or her a 27 on the data (82/90 x 30).


Marine Biology Field Trip Notes And Reports

Each student who participates in the Marine Biology Field trips will work with preselected lab partners. Each partner will be responsible for the equipment they share the use in, and recording the data their group has assigned them. At the end of each lab experience, each partner should have a completed data sheet, as well as the necessary information to write the following report, which is a primitive environmental impact statement.

At the end of an investigation into an area, i.e. Calf Pasture, or Harborview Salt Marsh, EACH STUDENT WILL SUBMIT A COMPLETED REPORT CONTAINING: one general description, 3 data sheets, one map, analysis of each data sheet, one section on errors, and a conclusion. Only the data sheets and possibly the map should be identical for all members of the group.

The purpose of each lab experience is to observe and record the life forms present in each habitat, where they live within the habitat, and the organisms' possible role in that habitat. Students must bend over and look at what is under them, as well as what is around them. This will test their powers of observation, as well as their communication skills. Students then organize their information and present it in rport form resembling an environmental impact statement.

To be successful, one must be a participant in all activities, this is not a spectator sport. Know your job at the work site and check equipment before leaving. Help your partners if you finish early. Be Prepared! DRESS FOR THE WEATHER. LISTEN TO THE NOAA FORECAST.


Report Format

To do a lab efficiently, use the following format. Careful consideration should be given to the point value of each area. This should represent many days of work.

General Description:

The general description should paint a picture to someone not familiar to the area or weather the day of the lab. Start observations in a specific direction (ie. North) and state direction, distances and quantities. It should include:

  • Exact geographic location where the lab took place: ie Calf Pasture beach, Norwalk, CT
  • The type of area: salt marsh, sandy beach, gravely beach
  • Size of the area you're working in : ie, 2 acres, 40 acres
  • Type of vegetation: ie., trees, eel grass, fucus, weeds
  • Approximate percentage of area that is covered by the vegetation
  • Seasonal water conditions
  • Weather conditions of the day
  • Nearby environmental factors: i.e., housing, factories, roads, migratory birds or animals, marinas, boats or many people.
  • Nearby streams, harbors, parks, parking lots, etc.

The major objective is to have someone paint a picture of the area after your description.
30 POINTS

Data:

The data is the information you were instructed to record on your data sheets. Data should be accurately and neatly recorded, however you should not rewrite the data in paragraph form. ONLY INCLUDE YOUR COMPLETED DATA SHEETS. Graphs of the data are strongly encouraged. A map of the area must be included. The map must show: work area, north directional, surrounding factors such as major buildings or fences, land marks, approximate distances a scale and a grid: see map. The map is worth 5 points of Data.
30 POINTS

Analysis:

After all the data has been compiled, you should evaluate what this data means. Going over each piece of information gathered, you should state whether it is normal or abnormal. If it is abnormal, what bearing does it have on the environment or your report, ie: could a ring have entered L.I.S.? You may simply state that all the information given on day 1 was normal except for________________which indicates____________________.
20 POINTS

Errors:

Everyone makes errors. Hopefully the difference education can make is that you realize you made an error, and can do something about it. It is also important to understand that many "errors" lead to scientific discoveries! If you made errors while doing the lab this is your chance to redeem yourself. You must state what the error was, and what affect it had on your ability to complete the lab.

For example, suppose one day you forgot to check a test kit before entering the field. At the site a chemical was missing and the oxygen test could not be performed. The same day no fish were caught. You must state that you forgot to check the equipment, leaving behind, "standard sodium thiosulfate solution. Without the solution you could not do the oxygen test, and therefore could not conclude whether the absence of fish was due to a lack of oxygen, food, light or migration habits."

In your first lab, this may be a long section. Hopefully as the year goes on it will get shorter.
15 POINTS

Conclusion:

This should indicate your feelings on the well-being of the area you've been working in. Is it healthy, or not? WHY? What do you feel the future is for the area? Is it improving, or getting worse? Base your conclusions on observation, not hearsay! CAUTION! Do not wave environmentalists' or industrialists' flags unless you can substantiate your statements.
5 POINTS

All lab reports must be neatly written, stapled or bound and represent the several weeks you have to accomplish the finished product. The reports will be expected on or before the due date. Assembling the finished product the class period it is due will not be tolerated. If it delays collection - it will be deemed late.
10 POINTS FOR EACH DAY IT IS LATE!


Organism Identification List

(what you should be seeing!)

Marine Biology Lab Data Sheet

Location:_______________Date:___________Time:___________
Air Temp:_____degreeWater Temp: _________
Surface_____degree_______degree______
Cloud Conditions: _____________Precipitation:______________
Wind Vel.___mphWind out of___Fetch____mi.
Tide:_____outgoing/incoming
Wave height:_____ft.Wave period:______/min.Wave length______ft/m
Beach slope:____ft./____ft.(rise/run)Beach type:_________Current:_____ft/min.

Water Chemistry:
SurfaceDepth___ft.Depth___ft.Depth___ft.Map Location:____
Salinity:____ppt______ppt ______ppt______ppt______ppt
pH:__________________________________________
O2:_______ppm_______ppm_____ppm______ppm________ppm

Sediment Size:Map Location:___________
Sieve #1____%Sieve #2_____%Sieve #3_____%
Sieve #4_____%Sieve #5_____%

Seine:
Length of net:___ft.depth of net:___ft.lenth of tow:___ft.
vol. of water sampled:_____cu.ft. (l of net x depth of net x l of tow = v)
Map Location_____________
List Genus, species and Quantity of specimens captured
FishArthropodsMollusk & Miscellaneous
______________________________________________________
______________________________________________________
______________________________________________________

Secchi Disk: ____________ft./m.Map Location:_________________

Plankton Net:Length of tow____ft./m. diameter of net:___ in./cm.
Volume of water sampled:______cu.ft/m.(length x pi radius 2)Map Location:_______
Specimens captured and identified: (attempt to identify at least 5 species)
____________________________________________________________

Field Investigations: state Genus, species and quantity: attempt to find 3 of each
Birds:_________Arthropods__________Mollusks:__________ Vegetation:________

Partners for this lab were:
Partner #1________________________assigned tasks:_______________________
Partner #2________________________assigned tasks:_______________________
Partner #3________________________assigned tasks:_______________________
Partner #4________________________assigned tasks:_______________________

General Description Information:
Aquaculture beds: Marina(s):
Factories: Roads/Parking lots:
House(s): Pollution sources:
Island(s): River(s) or stream(s):
Litter: Shipping Vessels and boats:
Notes on anything pointed out during the trip:


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