Question

What is point diversity,alpha diversity,gamma diversity and epsilon diversity?

Answer 1

Whittaker classified the biodiversity into four types 1) Point diversity

2) Alpha diversity

3) Gamma diversity

4) Epsilon diversity

1) Point diversity:

Point diversity is referred to as the smallest diversity of microhabitat. For example, a leaf if a flower.

2) Alpha diversity:

Alpha diversity is referred to as the diversity in a particular habitat or it is called a local habitat.

For example, a single plant.

3) Gamma diversity:

Gamma diversity is referred to as the largest diversity. Gamma diversity equals to the alpha diversity.

For example, a group of plants living together.

4) Epsilon diversity:

This is the fourth type of diversity it is also called regional diversity. This is a group of areas of gamma diversity.

For example, the forest within the plants located.

Answer 2

Explanation:

The mechanics of a torch seem so easy that’s it’s often overlooked. Here’s a step-by-step explanation of how your everyday battery powered torch works:

The mechanics of a torch seem so easy that’s it’s often overlooked. Here’s a step-by-step explanation of how your everyday battery powered torch works:1 – This part of the torch is called a case. It is the tube that encompasses the parts of the torch.

The mechanics of a torch seem so easy that’s it’s often overlooked. Here’s a step-by-step explanation of how your everyday battery powered torch works:1 – This part of the torch is called a case. It is the tube that encompasses the parts of the torch.2 – This part of the torch is the contact throughout the torch. It is a very thin spring or strip of metal that runs through the torch, electronically connecting the various parts of the torch. This parts conduct electricity and completing the circuit.

The mechanics of a torch seem so easy that’s it’s often overlooked. Here’s a step-by-step explanation of how your everyday battery powered torch works:1 – This part of the torch is called a case. It is the tube that encompasses the parts of the torch.2 – This part of the torch is the contact throughout the torch. It is a very thin spring or strip of metal that runs through the torch, electronically connecting the various parts of the torch. This parts conduct electricity and completing the circuit.3 – This is the switch of the torch. The flow of electricity is activated when you switch the torch on, turning the light on. The flow of electricity is interrupted when the switch is turned off, turning off the light.

The mechanics of a torch seem so easy that’s it’s often overlooked. Here’s a step-by-step explanation of how your everyday battery powered torch works:1 – This part of the torch is called a case. It is the tube that encompasses the parts of the torch.2 – This part of the torch is the contact throughout the torch. It is a very thin spring or strip of metal that runs through the torch, electronically connecting the various parts of the torch. This parts conduct electricity and completing the circuit.3 – This is the switch of the torch. The flow of electricity is activated when you switch the torch on, turning the light on. The flow of electricity is interrupted when the switch is turned off, turning off the light.4 – This part of the torch is called a reflector. It’s the plastic part, coated with a shiny aluminum layer that sits around the lamp and transmits the light rays from the lamp to allow a steady light beam.

The mechanics of a torch seem so easy that’s it’s often overlooked. Here’s a step-by-step explanation of how your everyday battery powered torch works:1 – This part of the torch is called a case. It is the tube that encompasses the parts of the torch.2 – This part of the torch is the contact throughout the torch. It is a very thin spring or strip of metal that runs through the torch, electronically connecting the various parts of the torch. This parts conduct electricity and completing the circuit.3 – This is the switch of the torch. The flow of electricity is activated when you switch the torch on, turning the light on. The flow of electricity is interrupted when the switch is turned off, turning off the light.4 – This part of the torch is called a reflector. It’s the plastic part, coated with a shiny aluminum layer that sits around the lamp and transmits the light rays from the lamp to allow a steady light beam.5 – This part of the torch is called the lamp. It is known as the light source in a torch. In most torches, the lamp is either an incandescent bulb or a solid-state bulb, also known as an LED.