16458436
Description
Mind Map by Raiyan Shahrear, updated more than 1 year ago
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Created by Julia Romanów
over 9 years ago
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Copied by Abdur Rehman Syed
about 6 years ago
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Copied by Raiyan Shahrear
about 6 years ago
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|
|
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Copied by Abdur Rehman Syed
about 6 years ago
|
|
|
|
Copied by Raiyan Shahrear
about 6 years ago
|
|
Plants: Uses, Form, and Function
- PLANTS AS A
BIORESOURCE
- Photosynthsis
- 50% of the oxygen in
the atmosphere is
produced by plants
- 50% of the oxygen in
the atmosphere is
produced by plants
- Photosynthsis
- TRANSPORTATION
- Passive Transport
- Goes along
Concentration Gradient
- Diffusion
- Osmosis
- Diffusion
- Goes along
Concentration Gradient
- Xylem
Transportation
- Root Pressure
- Positive Pressure
- Negative Pressure
- Positive Pressure
- Cohesion Tension Model
- Transpiration
- Cohesion
- Adhesion
- Transpiration
- Root Pressure
- Active
Transport
- Goes against concentation
gradient
- Goes against concentation
gradient
- Phloem Transportation
- Translocation
- Source
- Sink
- Source
- Pressure Flow Model
- Translocation
- Passive Transport
- PLANT BODY
- Formed when 2 monosaccharides
react e.g A Glucose + A Glucose =
Maltose
- Sucrose
Maltose
Lactose
- Using water we can 'undo' the
glycosidic bond and separate the
sugar into 2 monosaccharides
(hydrolisis)
- Reducing sugars
- Sucrose = glucose & fructose (
1,4 glycosidic bond)
- Using water we can 'undo' the
glycosidic bond and separate the
sugar into 2 monosaccharides
(hydrolisis)
- The C1 OH & C4 HO react to
form H20 and a C-0-C bond
(glycosidic bond)
- Called 'condensation reaction'
- Called 'condensation reaction'
- Sucrose
Maltose
Lactose
- Formed when 2 monosaccharides
react e.g A Glucose + A Glucose =
Maltose
- DICOTS
- vascular bundles
arranged in stars
- palmate or pinnate
- presence of wood(secondary growth)
- taproot root
system
- examples of dicots
- vascular bundles
arranged in stars
- MONOCOTS
- vascular bundles
arranged in rings
- parallel
- parts of 3 or
multiples of 3
- no presence of wood
- fibrous root
system
- examples of monocots
- vascular bundles
arranged in rings
- REPRODUCTION
- Sexual Reproduction in
Seed Plants
- Alternation of
Generations
- Sexual Reproduction
In Seed Plants
- Sexual Reproduction In
Angiosperms
- angiosperm anatomy
- sepal
- petals
- stamen
- pistil
- polar nuclei
- pollen grain
- sepal
- angiosperm anatomy
- Sexual Reproduction in
Gymnosperms
- Sexual Reproduction In
Angiosperms
- Asexual Reproduction
- Vegetative Prognation
- Artificial Prognation
- Vegetative Prognation
- Sexual Reproduction in
Seed Plants
- PLANT ORGANS
- Anatomy of
roots
- Root Caps
- Cortex
- Endodermis
- Casparian Strip
- Casparian Strip
- Endodermis
- Taproot
- Fibrous Roots
- Root Caps
- Stems
- Anatomy of leaves
- Cuticle
- Mesophyll
- Palisade Mesophyll
- Spongy Mesophyll
- Cuticle
- Anatomy of
roots
- SUCCESSION
- Primary
Successioon
- establishment of a community in an
area after an ecological disturbance
has left exposed rock without topsoil
- Volcanic
Eruptions
- Retreating
Glaciers
- Volcanic
Eruptions
- establishment of a community in an
area after an ecological disturbance
has left exposed rock without topsoil
- Secondary
Succession
- recolonization of an area after
an ecological the disturbance
which left the topsoil intact
- Forest fires
- Floods
- Forest fires
- recolonization of an area after
an ecological the disturbance
which left the topsoil intact
- Pioneer
Species
- Pioneer species is where species of
organsims are the first to colonize
barren land
- bacteria,
- Algae
- Lichen
- bacteria,
- Pioneer species is where species of
organsims are the first to colonize
barren land
- Primary
Successioon
- RESPONSES TO EXTERNAL
STIMULI
- Nastic response
- plant movement in response
to a stimulus,however,it is
not associated with the
direction of the stimulus
- flower petals open during the
day and close at night to
conserve heat
- flower petals open during the
day and close at night to
conserve heat
- plant movement in response
to a stimulus,however,it is
not associated with the
direction of the stimulus
- Tropism
- Negative Tropism
- Types
- Nastic response
- PLANT HORMONES
- Stimulatory Hormones
- Cytokinins
- Gibberellins
- Auxins
- Cytokinins
- Inhibitory Hormones
- Ethylene
- Abscisic Acid
- Ethylene
- Stimulatory Hormones
- PLANT CELLS
- Sclerenchyma Cells
- very thick secondary wall
with lignin
- they die after full
development of cell and
provide support for mature plants
- very thick secondary wall
with lignin
- Parenchyma Cells
- Spherical with
flattened cell walls and
and tightly packed
cells
- leaves and cells have
chloroplasts, and has
large cenral vacuoles
- Spherical with
flattened cell walls and
and tightly packed
cells
- Collenchyma Cells
- long strings thta
are pulled from
celery stock
- elongated, long strands
or cylinders that
provide support for
surrounding cells
- thick cell walls, and as the plant grows,
the thinner cell wallsexpand making
them flexible
- long strings thta
are pulled from
celery stock
- Sclerenchyma Cells
- PLANT TISSUES
- Meristematic
- embryonic tissues that
can develop into
specialized plant cells
- embryonic tissues that
can develop into
specialized plant cells
- Dermal
- Outer covering
of a plant
- epidermis
- guard cells
- stoma
- trichomes
- root hairs
- epidermis
- Outer covering
of a plant
- Ground
- Vascular
- xylem
- transports water and
minerals from roots to
leaves
- dead
cells
- transports water and
minerals from roots to
leaves
- phloem
- transports nutrients(sugars)
to areas needed for growth,
metabolism and storage
- living
cells
- transports nutrients(sugars)
to areas needed for growth,
metabolism and storage
- xylem
- Meristematic
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