 |
 |
 |
 |
 |
 |
| | | | |
|
|
 |
|
|
|
Program
Description |
 |
PROGRAM
OUTLINE
- Introduces
students to their local waterways
-
Shows how they are linked to
their aquatic resources
-
Establishes a sense of ownership
of their local waterways
-
Instills a sense of stewardship
towards the water
|
|
|
|
|
|
|
The
program consists of four days:
This
will be the only day we spend inside
with the children. Students are
introduced to the Newark Bay Complex
estuary or the closest estuary.
A variety of topics are covered
including map reading, identifying
local waterways, estuaries, bioaccumulation,
watersheds and identifying species
under NJDEP Fish Consumption advisories.
Most of the information/exercises
this day are adapted from the lesson
plans, Fishing for Answers in
an Urban Estuary. One lesson,
Where in the World introduces
students to their community through
a series of mapping exercises using
local and regional maps. Concepts
such as watershed and estuarine
waters are introduced.
The children are also exposed to
the issue of global climate change
/ greenhouse gases. They learn how
sea level rise can effect the estuary.
A game is played with “money”
to teach the children how they can
help reduce energy consumption,
save money and help with global
climate change.
Another
lesson introduces students to the
aquatic critters of the Newark Bay
Complex or of the local waterbody.
“Fish Cards” introduces
species of fish, some of which are
under advisory consumption in their
local waterway. Students also learn
about food chain, bioaccumulation
and health effects from consumption
of contaminated fish and crabs.
The class also views a video describing
the region and explaining the fish
consumption advisories. |
STORM
DRAIN STAMPING & WATERFRONT
CLEAN-UP
On
Day 2 children learn the concept
of non-point source pollution and
engage in hands-on activities that
demonstrate how citizens can reduce
and prevent pollution. The day begins
with the Enviroscape, which is a
model that helps show,through class
participation how pollution occurs
and is effected by a watershed.
The other activities include storm
drain marking and a community clean-up.
|


Students are introduced to their local
waters through an eco-tour of the
Newark Bay Estuary conducted by the
Hackensack RiverKeeper. Here they
see how man and nature meet in an
urban waterway and learn about ways
to coexist in harmony. For many of
the students, this is the first time
on a boat. The students conduct several
tests of the waterbody. The monitoring
teaches students basic chemistry as
it relates to water. Students learn
what is needed in water to sustain
life. Tests include dissolved oxygen,
nitrates, phosphates, temperature,
turbidity and salinity. Groups compare
results and discuss why results may
vary from location to location.
|
| 
On
the last day of the program, the
students learn what it means to
be a responsible and ethical angler.
They also are given information
on aquatic biology including the
types of fish found in various waterways
and what fish need to live. Instruction
on proper casting techniques is
conducted, in addition to a discussion
on catch and release fishing. We
then all go fishing on the local
waterbody. This is a great day,
amazingly, even though many children
live less than a mile from the waterway,
they never spend time there &
almost never have gone fishing.
After fishing, a fish (usually a
trout from the State hatchery at
Pequest) is dissected to explain
anatomy.
Pre-test/Post-test
To
determine to what extent students
are learning and retaining the concepts
presented in the Urban Fishing program,
pre- and post-surveys are given
to participating students. The survey’s
20 questions range from environmental
hazards, local waterways, species
found in local waters, and such
concepts as watershed and estuarine
water. Questions include both open-ended
(What is the name of the closest
river to where you live?) and multiple
choice (Which fish are listed in
the NJ
Fish Consumption Advisories).
These
surveys are important because:
- They
help to determine whether the
learning objectives have been
met
- Results
help coordinators to improve the
program.
Examples
of questions:
What is the name of
the closest river to where you live
?
How does the water become polluted
?
Who owns the river ?
Where does water go when it enters
the storm drains
?
What can I do to reduce greenhouse
gases ?
Survey
Results
According
to the surveys, the students showed
significant knowledge gain in the
following areas:
- State
fish consumption advisories &
human health
-
Watershed understanding &
identification
-
Public trust and responsibility
-
Non-point source pollution
|
|
Office
of Science
Dr. Gary A. Buchanan, Manager
428 East State Street
P.O. Box 409
Trenton, NJ 08625
Phone: (609) 984-6070
Fax: (609) 777-2852
For Information regarding
this site, please contact Terri
Tucker. |
|
|
 |
|
|
 |
 |
 |
 |
 |
|
 |