What are the different ways to control insects pests and plant diseases

Start With Prevention

Choose disease-resistant varieties. Many ornamental plants and vegetables have proven resistance to diseases such as canker, mildew, and rust.
Don't overcrowd your plants. ...
Watch moisture levels. ...
Practice crop rotation. ...
Inspect your plants. ...
Be sanitary. ...
Clean your tools.

How can we control plant pests and diseases?
What are the different methods for insect pest control?
How can we control plant disease?
What are 6 ways to control insects and diseases in our crops?
What are the examples of crop pests?
What methods can be used to control pests in organic farming?
What are 3 methods of pest control?
Which is the best method for pest control?
How can I control pests at home?
How do you kill bacteria on plants?
How do you control monocyclic disease?

How can we control plant pests and diseases?

The best way to control both pests and diseases is to keep plants healthy.

Build healthy soil. Healthy soil provides a home to friendly insects and helps prevent many plant diseases.
Plant resistant varieties. ...
Space plants correctly. ...
Plant at the right times.

What are the different methods for insect pest control?

Most specific insect control methods can be classified into the following major categories: cultural control, host resistance, physical control, mechanical control, biological control, and chemical control.

How can we control plant disease?

A variety of chemicals are available that have been designed to control plant diseases by inhibiting the growth of or by killing the disease-causing pathogens. Chemicals used to control bacteria (bactericides), fungi (fungicides), and nematodes (nematicides) may be applied to seeds, foliage, flowers, fruit, or soil.

What are 6 ways to control insects and diseases in our crops?

12 Steps to Preventing Garden Pests

#1: Encourage healthy soil. ...
#2: Choose resistant varieties. ...
#3: Plant in the right place. ...
#4: Attract beneficial insects. ...
#5: Repel pests. ...
#6: Rotate crops. ...
#7: Practice interplanting. ...
#8: Use floating row covers.

What are the examples of crop pests?

Polyphagous insects do great harm to different crops. They include locusts, certain crickets (for example, the mole cricket), click beetles, darkling beetles, cutworms and related species of boring moths, and corn and gamma moths.

What methods can be used to control pests in organic farming?

In agricultural crops, crop rotation, selection of crop plant varieties, timing of planting and harvesting, irrigation management, crop rotation, and use of trap crops help reduce populations of weeds, microorganisms, insects, mites, and other pests.

What are 3 methods of pest control?

As mentioned above, there are many pest control methods available to choose from, but they can be loosely grouped into six categories: Hygienic, Biological, Chemical, Physical, Fumigation, Fogging and Heat treatment.

Which is the best method for pest control?

Pests can be controlled by practising good hygiene in the following ways:

Clean up after meals. ...
Put all rubbish into the bin.
Wrap all food scraps tightly in paper before putting them in the bin.
Keep all the benches, cupboards and floors clean and free of food scraps.

How can I control pests at home?

Top 10 pest control tips and tricks

Keep the kitchen clean. Pests thrive in dirty, damp atmosphere. ...
Keep the bathroom clean. ...
Do not allow water to stand. ...
Don't keep fruits and vegetables out for long. ...
Dispose of garbage regularly. ...
Maintain your garden. ...
Keep items of external use outside. ...
Fix nets on windows.

How do you kill bacteria on plants?

To control fungal outbreaks, as with bacteria, remove all infected plant parts, or plants. You may also choose to apply a fungicide. There are many products available for treatment, organically (copper, sulfur, and baking soda are common) or synthetically.

How do you control monocyclic disease?

In general, monocyclic diseases are most efficiently suppressed by reducing the amount of the initial inoculum during the first and last events.