Question

What would happen if poultry birds are larger in size and have no summer adaptation capacity? In order to get small sized poultry birds having summer adaptability, what method will be employed?

Answer 1

Poultry farming is the practise of keeping domesticated birds for the goal of producing meat or eggs for human use, such as chickens, ducks, turkeys, and geese. Its origins can be traced back to the agrarian era. Large numbers of poultry, particularly hens, are raised.
Breeding and managing fowls serves two functions in poultry farming:
The eggs are being made and Production of meat or flesh.
To achieve the quantity and quality criteria, a variety of strains (breeds) are cultivated.
The best strains are layers, which produce eggs, and broilers, which produce meat.

Complete answer:
Larger birds demand more food. Egg laying is reduced throughout the summer. It is preferable to either bring the appropriate exotic birds from outside or cross breed the local birds with exotic birds from outside in order to achieve small sized poultry birds with summer adaptability.
If poultry birds lack summer adaptation capabilities, they will struggle to thrive in equatorial nations such as India, where summers are long and hot. They will suffer significantly more if they are large in size since they will generate more body heat.
We could use the following procedures: i) provide a bird bath filled with fresh and clean water for the birds to drink and bathe in; ii) provide deep shade for the birds by planting shrubs, native trees, plants, and other plants to protect them from the scorching heat of the sun; iii) provide good nutritional food by providing a well-stocked feeder.
Smaller birds are favoured because (a) they require less feed, (b) they lay more eggs, and (c) they require less room.

Note:
Crossbreeding in chicken farming made it easier to accomplish economic goals and control the flock. They concentrated on:
1. Chick quantity and quality.
2. For increased chick output, dwarf broiler parents are used.
3. High-temperature adaptation/tolerance.
4. Low-maintenance and low-feeding requirements are essential.