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Biomimicry of Abedus Herberti

Date post: 09-Jul-2015
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BIOZENE A NEW PERSPECTIVE OF NATURE
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Page 1: Biomimicry of Abedus Herberti

BIOZENEA NEW PERSPECTIVE OF NATURE

Page 2: Biomimicry of Abedus Herberti

Team members

• Sushma –COE11B010

• Kuladeep-COE11B026

• Sowmika-EDM11B014

• Nikhila-EDM11B026

• Bala Krishna-EDM11B027

• Balaji Naik- MDM11B024

Page 3: Biomimicry of Abedus Herberti

• BIOMIMICRY

Inspiration from nature

to solve human problems

Page 4: Biomimicry of Abedus Herberti

ABEDUS HERBERTI

Page 5: Biomimicry of Abedus Herberti

• FAMILY- Belostomatidae• SUB FAMILY-Belostomatinae• ORDER-Hemiptera• PHYLUM-Arthropoda

Page 6: Biomimicry of Abedus Herberti

Interesting Features

• Compound Eye

• Plastron Breathing

• Dynamic Gaping

• Rainfall Cues

Page 7: Biomimicry of Abedus Herberti

COMPOUND EYE

• Excellent in detecting motion

• Clear vision of nearer objects

• Ultraviolet vision

Page 8: Biomimicry of Abedus Herberti

At a glance!!

Page 9: Biomimicry of Abedus Herberti

Magnified view of Ommatidia

Page 10: Biomimicry of Abedus Herberti

Formation of image in compound eye

Page 11: Biomimicry of Abedus Herberti

Digital Camera

Page 12: Biomimicry of Abedus Herberti

Mimicing compound eye to digital camera

Page 13: Biomimicry of Abedus Herberti
Page 14: Biomimicry of Abedus Herberti

Difference in normal vision and ultraviolet vision

Page 15: Biomimicry of Abedus Herberti

Plastron Breathing

• This process is used for under water breathing

• Uses gas exchange mechanism through an air bubble.

Page 16: Biomimicry of Abedus Herberti

Structure of Plastrons

Pores where air bubbles are trapped

Page 17: Biomimicry of Abedus Herberti

Dynamic Gaping

• Exchange of gases by flapping their wings

Gas is exchanged while flipping the wings

Page 18: Biomimicry of Abedus Herberti

Plastron Interface

Page 19: Biomimicry of Abedus Herberti

SCUBA DIVING SUIT

Oxygen cylinder adding

a weight of 40kg

Oxygen cylinder adding

a weight of 40kg

Page 20: Biomimicry of Abedus Herberti

DIVING SUIT WITHOUTOXYGEN CYLINDER

• Certain number of plastrons are placed on suit so that it can trap the air bubbles and supply oxygen to the diver

Page 21: Biomimicry of Abedus Herberti

Exchange of gases using dynamic gaping

• Carbon dioxide produced in the helmet is again sent to the plastron

• This gas is exchanged through the process of dynamic gaping

Page 22: Biomimicry of Abedus Herberti

Stream AbandonmentBehaviour

• Uses rainfall as a cue to abandon streams

• Can be used as a process for predicting the floods.

Page 23: Biomimicry of Abedus Herberti

Nature is full of mysteries keep explroing


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