'Compound eye' presentation slideshows

1.09k views • 85 slides

INTERNAL STRUCTURES OF INSECT

INTERNAL STRUCTURES OF INSECT. DIGESTIVE SYSTEM. Related with i) digestion; ii) absorption; 3) water balance; 4) excretion Main division: 1) foregut 2) midgut 3) hindgut. FOREGUT .

1.53k views • 55 slides

Figure 49.0 Bat locating a moth

Figure 49.0 Bat locating a moth. Figure 49.x1 Chemoreceptors: Snake tongue. Figure 49.2 Sensory transduction by a taste receptor. Figure 49.3 Sensory receptors in human skin. Figure 49.4 Mechanoreception by a hair cell.

681 views • 55 slides

Figure 49.0 Bat locating a moth

Figure 49.0 Bat locating a moth. Figure 49.x1 Chemoreceptors: Snake tongue. Figure 49.2 Sensory transduction by a taste receptor. Figure 49.3 Sensory receptors in human skin. Figure 49.4 Mechanoreception by a hair cell.

556 views • 55 slides

Pre AP Biology

320 views • 30 slides

Honey Bee Apis mellifera Anatomy & Biology

Honey Bee Apis mellifera Anatomy & Biology. Honey Bee External Anatomy. Three Body Regions Head, Thorax, and Abdomen. Head. Compound Eyes Three Ocelli Simple Eyes Antennae Respond to Touch & Odor Mandibles Proboscis Lapping up Nectar & Other Fine Particles . Compound Eye.

1.02k views • 24 slides

Insects

596 views • 22 slides

ARTHROPODS

330 views • 17 slides

Crawfish Anatomy

Crawfish Anatomy. Phylum Arthropoda Subphylum Crustacea Class Malacostraca. Thorax. Compound Eye. Uropod. Head. Telson. Antennae. Chela. Walking Legs (5). Cheliped (Entire leg). Sternum. Mouth. Cephalothorax= Head+ Thorax. Gills. Stomach. Digestive Gland. Intestine.

567 views • 13 slides

Phylum Arthropoda Subphylum Hexapoda Class Insecta

Phylum Arthropoda Subphylum Hexapoda Class Insecta. Vocabulary. Intestines Thoracic Muscle Anterior Posterior Ventral Dorsal Testes. Sclerites Female: Ovipositor Anus Sternum Tergum Crop Gastric Ceca Malpighan Tubes Vagina (Female) Ovary (Female). Phylum Arthropoda

806 views • 12 slides

Most animal phyla originated in a relatively brief span of geological time

Eyes evolved dozens of times, using the same molecular building blocks in a wide variety of designs. How do observed structural features contribute to survival? How are functional requirements (resolution, field coverage, sensitivity) met?

112 views • 11 slides