Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials...

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Branching In Nature

Transcript of Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials...

Page 1: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Branching In Nature

Page 2: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

BRANCHING!

• Balance of forces• Indicates flow of energy and/or materials • Efficient distribution and collection in

biological systems: roots, leaves, twigs, branches, bronchi, nervous system, circulatory system, hyphae

Page 3: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Branching patterns in nature are the result of a balance of forces. Branching patterns are an efficient way to distribute materials and energy

Page 4: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Distribution of Energy and materials!

Page 5: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Arial photograph of the Colorado River delta

Page 6: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

At first glance, this image may look like a pattern of branching blood vessels. This is actually an image that was taken about 700 km from Earth’s surface of the Mississippi

Delta-- where the water from the Mississippi river flows into the Gulf of Mexico

Page 7: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

The underside of a sand dollar shows a branching pattern

Page 8: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Photo of a river in Baja California from space

Page 9: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Antarctic Basket Star

Page 10: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Flow of Energy---High Voltage Dielectric Lichtenberg Figure and Optic Neurons in a Blowfly

Page 11: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Microscopic view of a mycelium which is the part of a fungus (mold) that absorbs nutrients from other living or dead organisms.

This image covers a one-millimeter square

Page 12: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Coral polyps and a snowflake

Page 13: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

• Trees are fractal in nature– repeating patterns over and over

Page 14: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:
Page 15: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:
Page 16: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

False-colour (computer graphics) photograph of a resin cast of the human bronchial tree, the network of airways serving both lungs. The trunk of the tree is the trachea (windpipe, top centre), which branches into the

left and right bronchi. Further divisions occur, with the smallest branches, the bronchioles, terminating in alveoli (air sacs), where gaseous exchange with the blood circulation takes place.

Page 17: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

CD in microwave for 5 seconds– don’t do this at home!

Page 18: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Wing veination of a butterfly (left) and fly (right)– insects (especially flies) are identified by their particular wing vein branching – this also suggests evolution– flies have a

common venation scheme--- individuals species are recognized by their slight variation on that scheme

Page 19: Branching In Nature. BRANCHING! Balance of forces Indicates flow of energy and/or materials Efficient distribution and collection in biological systems:

Venation Branching Patters Are Evidence of Evolution

• Fore wing of Lithopanorpa  pusilla • Photograph of (fossil) wing of Lithopanorpa  pusilla

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Another example of branching venation patterns as evidence of evolution

• Fore (?) wing of Agetopanorpa  maculata• Photograph of (fossil) wing of Agetopanorpa  maculata