# data[].attributes.body
Life Science-

1. plant transport systems: food and water carrying tubes (xylem and phloem respectively)

2. behavioral and structural adaptations (the woodpecker's body and what it does in tree and why)

3. factors that affect plant growth and photosynthesis

4. food chains and food webs (predators and prey of woodpecker)

5. populations, communities and habitats (other organisms in tree habitat)

6. man's impact on tree (deforestation and/or pollution of soil)

7. energy (food contains chemical potential energy)

Physical Science-

1. materials (tree is made out of wood)

2. energy (hitting tree with beak to make holes in tree requires kinetic energy)

# data[].attributes.body
Physical Science
-Energy

Life Science
-Plant transport system
-Adaptations

# data[].attributes.body
Physical Science
1. The transport system of plants (How food and water and mineral salts are transported or things transported in plants)
2. The phloem and Xylem ( The food and water carrying tubes)
3. Energy
(Energy it gets from its food
Life Science
1. Adaptation ( How the woodpecker adapts to the surroundings)
2. Food web/ Food chain ( The prey and predator relationship)
......................................................................

# data[].attributes.body
Physical Science:
- Plants Transport System
Xylem(water-carrying tubes), Phloem (food-carrying tubes)
- Factors that affect the growth of plants
- Photosynthesis

Life Science:
- Adaptations
- Food Chains and Food Webs

# data[].attributes.body
Life Science:
1. Populations and communities
2. Food web
3. Plant transport system, Xylem, Phloem
4. Photosynthesis
5. Adaptations
Physical science:
1. Kinetic energy
2. Forces

# data[].attributes.body
Physical Science
- Energy
Life science
- Food web
- Plant transport system
- Adaptations
- Factors affecting environment
(other organisms)

# data[].attributes.body
Life Science:
- Water-carrying tubes
-Purpose of food-carrying tubes
-Effects of no food-carrying tubes
-Adaptations of trees to herbivores
-The balance of food web
-Effects of imbalance in food web
Physical Science:
- Energy

# data[].attributes.body
Life Science:
~ Plant Transport System
(Water-carrying and Food-carrying tubes)
~ Adaptations
~ Organisms that rely other organisms to survive
~ Food Web/Chain

Physical Science:
~ Energy

# data[].attributes.body
Life Science

- Food Web
- How organisms in a community affect other organisms
- Plant Transport System
[ Water-Carrying & Food-Carrying Tubes]
- Adaptations

Physical Science

- Energy

# data[].attributes.body
physical science

1. Plant transport system
2. Photosynthesis

Life science

1. Behavioral adaptations
2. Physical adaptations
3. Food chain/web

# data[].attributes.body
Life Science:

plant transport system

water and food carrying tubes

photosynthesis

adaptations

food webs and food chains

Physical Science:

water

light

enery

# data[].attributes.body
Life Science
1) Factors affecting growth of plants
2) Food chain/web
3) Plant Transport System
4) Adaptations

Physical Science
1) Energy

# data[].attributes.body
Psychical Science

1) Food-carrying tube
2)Water carrying tube
3)Photosynthesis

Life Science

1)Food Web
2) Adaptations

# data[].attributes.body
Life Science
1. Adaptations
2.Man's impact on the    environment
3. Food Web
4.Plant Transport System
5.Photosynthesis
6.Reproduction in Plants
Physical Science
1.Energy Conversion

# data[].attributes.body
Physical Science
1. Photosynthesis
2. Energy
Life Science
1. Food chains
2. Adaptations
3. Plant systems

# data[].attributes.body
Physical Science:
1) Photosynthesis
2) Shelter
3) Phloem & Xylem
4) Plant Transport System
Life Science:
1) Adaptations
2) Food web

# data[].attributes.body
Physical science :

a) Xylem[ water- carrying tubes]

b) Phloem [ Food -carrying tubes]

c) systems

Life science :

adaptation for survival

Food chain

# data[].attributes.body
Physical science
Plant transport system
Photosynthesis
Life Science
food web

# data[].attributes.body
Physical science.

2.energy
3.photosynthesis(food made by the tree)
Life science.
1.adaptations(by wood pecker.)
2.plant transport system.

# data[].attributes.body
Physical Science

1)Materials
2)Energy

Life Science

1)Food webs
2)Plant transportation

# data[].attributes.body
Physical Science
1) Plant Transport system
2) Photosynthesis
3) Food and water carrying tubes
---------------------------------------------------------
Life Science
4) Factors affecting growth of plant
5) Adaptations
6) Food web/chain
---------------------------------------------------------

# data[].attributes.body
Physical science
1. Plant transport system
2. Food and water carrying tubes
3. Photosynthesis
Life science
1. Adaptations
2. Food web/ Food chain

# data[].attributes.body
Physical"Plant Systems,Transportation System,Food carrying tubes,water carrying tubes.

# data[].attributes.attachment_link.title
Parallel Examples - PICTURES - PADLET.jpg

# data[].attributes.body
Physical Science:
1) Plant Transport System (Food & Water Carrying Tubes and Factors that Affect Growth of Plant)
2) Web Chain (Woodpeckers make holes to reach for worms to eat)
Life Science:
1) Adaptations [Structural] (Unlike most birds which have three forward toes and one hind toe, woodpeckers have two toes in front and two in back. This toe arrangement, along with stiffened tail feathers, allows the birds to lean back and pound away. A special muscle and tendon mechanism at the back of the jaw acts as a shock absorber. The skull is a bony matrix – think of a sponge – with lots of criss-crossing pieces of bones and lots of spaces. Like a sponge, the skull can compress and expand so it can actually withstand 1200 g’s of force  – that’s 1200 times the force of gravity

An adaptation unique to woodpeckers is their tongue arrangement. The tongue, consisting of nine long thin bones in the shape of a Y and covered by muscle, extends from the floor of the mouth along the inner jaw to the back of the head and then wraps over the top of the skull to the level of the nostrils. This very long tongue supported by bone allows the birds to extend it deep into tree crevices to search for food.

Well, if all that were not enough, woodpeckers have modified feathers called bristles that extend over the top of their nostrils so that they don’t inhale any wood chips while they are pecking away.)
Sources: https://ornithology.com/why-do-woodpeckers-peck/