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Educational Objectives For 1 Day
Trips
SURFSIDE SAFARI EDUCATIONAL OBJECTIVES GRADES 3-5
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- Learn the importance of recording data in a field journal,
with an emphasis on using their own powers of scientific
observation (SC.H.1.2.1-4)
- Learn the importance of conducting water testing using a
variety of measuring tools, understand how to use these tools
and begin to interpret the results (SC.A.1.2.1)
- Understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and trees
made a significant cultural contribution to the students’ own
lives (SS.A.6.2.2&6)
- Understand the concept of native and exotic organisms
through observation of Australian pines, water hyacinth, etc.
in the lagoon and hardwood trees in the hammock, noting that
they have adaptations specific to a certain geographic region
(SC.G.1.2.2)
- Understand that leaf litter in the hammock and lagoon
decomposes to release nutrients for the surrounding trees and
their shallow, visible root systems in the hardwood hammock
allow for better nutrient and water absorption (SC.G.1.2.4)
- Understand the significance of human-made objects found on
the beach and how human actions, including their own, can
affect marine organisms (SC.D.2.2)
- Identify and understand basic marine organisms and their
unique structures and functions (SC.F.1.2.3&4)
- Learn that human attempts to prevent beach erosion to
protect oceanfront objectives are in conflict with the natural
processes that are constantly reshaping barrier island systems
(SC.D.1.2.4)
- Understand that organisms both within and between ecosystems
are interconnected through examination of hardwood hammock,
coastal and lagoon systems (SC.G.1.2.1)
- Appreciate the importance of having the information and
natural experience contained within this park- the “old
Florida”- in the middle of an urban center, understanding that
many would choose to use the land differently (SS.D.1.2)
-
Express their impression of the day in story form (LA.B.2.2.1)
ISLAND EXPLORATION EDUCATIONAL OBJECTIVES GRADES 3-5
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field journal,
with an emphasis on using their own powers of scientific
observation (SC.H.1.2.1-4)
- understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and trees
made a significant cultural contribution to the students’ own
lives (SS.A.6.2.2&6)
- understand the concept of native and exotic organisms
through observation of Australian pines, noting that they have
adaptations specific to a certain geographic region
(SC.G.1.2.2)
- identify and understand basic marine organisms and their
unique structures and functions (SC.F.1.2.3&4)
- learn that human attempts to prevent beach erosion to
protect oceanfront properties are in conflict with the natural
processes that are constantly reshaping barrier island systems
(SC.D.1.2.4)
- understand that leaf litter in mangrove estuary decomposes
to release nutrients vital to the growth of the juvenile
marine creatures living there (SC.G.1.2.4)
- understand that organisms both within and between ecosystems
are interconnected through examination of coastal hammock,
mangrove estuary and ocean systems (SC.G.1.2.1)
- understand the impact individuals and group organizations
have had on the preservation of natural areas : Peanut and
Munyon islands (SS.D.1.2)
ISLAND EXPLORATION EDUCATIONAL
OBJECTIVES GRADES 6-8
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field journal,
with an emphasis on using their own powers of scientific
observation while working in a group comparing and contrasting
data collected (SC.H.1.3.1,4,7)
- understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and trees
made a significant cultural contribution to the students’ own
lives (SS.A.6.3.3-5)
- understand the concept of native and exotic organisms
through observation of Australian pines, noting that they have
adaptations specific to a certain geographic region
(SC.G.1.3.2)
- identify and understand basic marine organisms and their
unique structures and functions (SC.F.1.3.1,7)
- learn that human attempts to prevent beach erosion to
protect oceanfront properties are in conflict with the natural
processes that are constantly reshaping barrier island systems
(SC.D.1.3.1,3)
- understand that leaf litter in mangrove estuary decomposes
to release nutrients vital to the growth of the juvenile
marine creatures living there (SC.G.1.3.4)
- understand that organisms both within and between ecosystems
are interconnected through examination of coastal hammock,
mangrove estuary and ocean systems (SC.G.1.3.4)
DAY AT DICKINSON EDUCATIONAL
OBJECTIVES GRADES 3-5
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field journal,
with an emphasis on using their own powers of scientific
observation while working in a group (SC.H.1.2.1-4)
- learn the importance of conducting water testing using a
variety of measuring tools, understand how to use these tools
and begin to interpret the results (SC.A.1.2.1)
- understand how events and personalities in Florida’s history
have made an impact on the area surrounding the Loxahatchee
river, from Native Americans to Trapper Nelson and the
Kitching family (SS.A.6.2.2,3,6)
- learn how Europeans arriving by boat affected Native
American populations living in this part of Florida and how
both groups used their knowledge to shape each other and the
land (SS.B.1.2.4)
- understand that characteristics of flora and fauna observed
in the scrub habitat enable the organisms to survive in this
ancient and inhospitable place and these specific adaptations
have been inherited over many generations (SC.F.2.2.1)
- understand that mangroves are able to become dominant in
areas of salt water because of a lack of competition for the
resources in these areas (SC.G.2.2.1)
- learn that dead cypress trees are an indication of an
increase in salinity in this changing ecosystem (SC.G.2.2.3)
- understand the link between increased salinity in the river
and human consumption of fresh water (SC.D.2.2.1)
- learn that organisms living in a intertidal zone have a
variety of specific adaptations that allow them thrive in an
area of variable temperature, salinity, stability, etc.
(SC.G.1.2.7)
- understand the force and predictability of tides and how
they affect phenomena observed at Blowing Rocks and on the
Loxahatchee River (SC.H.2.2.1)
- recognize that the Earth’s magnetic force operates a compass
and learn the basics of compass use (SC.C.2.2.1)
DAY AT DICKINSON EDUCATIONAL
OBJECTIVES GRADES 6-8
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field journal,
with an emphasis on the value of each person’s contribution to
the total body of scientific observations and the effort to
compare and contrast their findings with those of other
students (SC.H.1.3.1,4,7)
- learn the importance of
conducting water testing, understand density, salinity,
temperature, turbidity and pH and how these are measured and
compare, and interpret the results of their investigations
(SC.A.1.3.1)
- understand how events and personalities in Florida’s history
have made an impact on the area surrounding the Loxahatchee
river, from Native Americans to Trapper Nelson and the
Kitching family (SS.A.6.3.3&4)
- learn how Europeans arriving by boat affected Native
American populations living in this part of Florida and how
both groups used their knowledge to shape each other and the
land (SS.B.1.3.4)
- understand that characteristics of flora and fauna observed
in the scrub habitat enable the organisms to survive in this
ancient and inhospitable place and these specific adaptations
have been genetically inherited over many generations for
millions of years (SC.F.2.3.2&3), (SC.G.1.3.2)
- understand that mangroves are able to become dominant in
areas of increased salt in the water because of a lack of
competition for the resources in these areas and learn that
dead cypress trees are an indication of an increase in
salinity in this changing ecosystem and draw conclusions about
the permanent impact of this increase (SC.G.2.3.3)
- understand that the reduction of fresh water in Kitching
Creek affects life outside of that system (SC.D.1.3.3)
- understand the link between increased salinity in the river
and human consumption of fresh water, realizing that many
decisions, from those of early settlers to politicians to
their own, have led to the current situation (SC.D.2.3.2),
(SC.G.2.3.4), (SS.A.6.3.5)
- learn that organisms living in a intertidal zone have a
variety of specific adaptations that allow them thrive in an
area of variable temperature, salinity, stability, etc.
(SC.G.1.3.2)
- understand the force and predictability of tides and how
they affect phenomena observed at Blowing Rocks and on the
Loxahatchee River (SC.H.2.3.1)
- recognize that the Earth’s magnetic force operates a compass
and learn the basics of compass use (SC.C.2.3.1)
SNORKELING SAFARI
EDUCATIONAL OBJECTIVES GRADES 3-5
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field
journal, with an emphasis on using their own powers of
scientific observation (SC.H.1.2.1-4)
- understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and
trees made a significant cultural contribution to the
students’ own lives (SS.A.6.2.2&6)
- understand the concept that the presence of certain
trees are an indication of events that are occurring,
noting that they have adaptations that allow them to live
in certain areas, with a focus on the salt-water
adaptations of the mangroves (SC.G.1.2.2)
- understand the predictability and logistics behind the
KLOE system, with a focus on the Everglades as a natural
and interrupted ecosystem (SC.H.2.2.1)
- understand the significance of human actions, including
their own, in the protection of natural resources such as
water and its pollution and redirection in the Everglades
area (SC.D.2.2)
- identify and understand basic marine organisms and their
unique structures and functions (SC.F.1.2.3&4)
- learn that human attempts to protect oceanfront
properties are often in conflict with the natural
processes, for example, hurricanes, that are constantly
affecting island systems (SC.D.1.2.4)
- understand that leaf litter in mangrove estuary
decomposes to release nutrients vital to the growth of the
juvenile marine creatures living there (SC.G.1.2.4)
- understand that organisms both within and between
ecosystems are interconnected through examination of
Everglades, mangrove estuary and ocean systems
(SC.G.1.2.1)
- understand the impact individuals and group
organizations have had on the preservation of natural
areas through discussion of John Pennekamp (SS.D.1.2)
SNORKELING SAFARI
EDUCATIONAL OBJECTIVES GRADES 6-8
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field
journal, with an emphasis on using their own powers of
scientific observation (SC.H.1.3.4)
- understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and
trees made a significant cultural contribution to the
students’ own lives (SS.A.6.3)
- understand the concept that the presence of certain
trees are an indication of events that are occurring,
noting that they have adaptations that allow them to live
in certain areas, with a focus on the salt-water
adaptations of the mangroves (SC.G.1.3.2)
- understand the predictability and logistics behind the
KLOE system, with a focus on the Everglades as a natural
and interrupted ecosystem (SC.H.2.3.1)
- understand the significance of human actions, including
their own, in the protection of natural resources such as
water and its pollution and redirection in the Everglades
area (SC.D.2.3.2)
- identify and understand basic marine organisms and their
unique structures and functions and how these are related
to environment (SC.F.1.3.7)
- learn that human attempts to protect oceanfront
properties are often in conflict with the natural
processes, for example, hurricanes, that are constantly
affecting island systems (SC.D.1.3.1)
- understand that leaf litter in mangrove estuary
decomposes to release nutrients vital to the growth of the
juvenile marine creatures living there (SC.G.1.3.4)
- understand that organisms both within and between
ecosystems are interconnected through examination of
Everglades, mangrove estuary and ocean systems, with
emphasis on the human element in these systems
(SC.G.2.3.2-4)
- understand the impact individuals, cultures and group
organizations have had on the preservation of natural
areas through discussion of John Pennekamp and the greater
history of the Florida Keys (SS.D.1.3, SS.A.6.3.4)
KEY LARGO KAYAKING ADVENTURE
EDUCATIONAL OBJECTIVES GRADES 3-5
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field journal,
with an emphasis on using their own powers of scientific
observation (SC.H.1.2.1-4)
- understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and trees
made a significant cultural contribution to the students’ own
lives (SS.A.6.2.2&6)
- understand the concept that the presence of certain trees
are an indication of events that are occurring, noting that
they have adaptations that allow them to live in certain
areas, with a focus on the salt-water adaptations of the
mangroves (SC.G.1.2.2)
- understand the predictability and logistics behind the KLOE
system, with a focus on the Everglades as a natural and
interrupted ecosystem (SC.H.2.2.1)
- understand the significance of human actions, including
their own, in the protection of natural resources such as
water and its pollution and redirection in the Everglades area
(SC.D.2.2)
- identify and understand basic marine organisms and their
unique structures and functions (SC.F.1.2.3&4)
- learn that human attempts to protect oceanfront properties
are often in conflict with the natural processes, for example,
hurricanes, that are constantly affecting island systems
(SC.D.1.2.4)
- understand that leaf litter in mangrove estuary decomposes
to release nutrients vital to the growth of the juvenile
marine creatures living there (SC.G.1.2.4)
- understand that organisms both within and between ecosystems
are interconnected through examination of Everglades, mangrove
estuary and ocean systems (SC.G.1.2.1)
- understand the impact individuals and group organizations
have had on the preservation of natural areas through
discussion of John Pennekamp (SS.D.1.2)
KEY LARGO KAYAKING ADVENTURE
EDUCATIONAL OBJECTIVES GRADES 6-8
Codes in brackets indicate specific standard and/or benchmark
addressed by objective
Students will:
- learn the importance of recording data in a field journal,
with an emphasis on using their own powers of scientific
observation (SC.H.1.3.4)
- understand how Native Americans were able to utilize
Florida’s unique barrier island systems throughout their
history and discover how their use of certain plants and trees
made a significant cultural contribution to the students’ own
lives (SS.A.6.3)
- understand the concept that the presence of certain trees
are an indication of events that are occurring, noting that
they have adaptations that allow them to live in certain
areas, with a focus on the salt-water adaptations of the
mangroves (SC.G.1.3.2)
- understand the predictability and logistics behind the KLOE
system, with a focus on the Everglades as a natural and
interrupted ecosystem (SC.H.2.3.1)
- understand the significance of human actions, including
their own, in the protection of natural resources such as
water and its pollution and redirection in the Everglades area
(SC.D.2.3.2)
- identify and understand basic marine organisms and their
unique structures and functions and how these are related to
environment (SC.F.1.3.7)
- learn that human attempts to protect oceanfront properties
are often in conflict with the natural processes, for example,
hurricanes, that are constantly affecting island systems
(SC.D.1.3.1)
- understand that leaf litter in mangrove estuary decomposes
to release nutrients vital to the growth of the juvenile
marine creatures living there (SC.G.1.3.4)
- understand that organisms both within and between ecosystems
are interconnected through examination of Everglades, mangrove
estuary and ocean systems, with emphasis on the human element
in these systems (SC.G.2.3.2-4)
- understand the impact individuals, cultures and group
organizations have had on the preservation of natural areas
through discussion of John Pennekamp (SS.D.1.3, SS.A.6.3.4)
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