Member Lina Paola Pardo Quevedo
MemberForum Replies Created
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I agree with you
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When animal feed gets contaminated, whether by mold, bacteria, or harmful chemicals, it can make the animals sick, affect how they grow, or even cause death in severe cases.
More importantly, if these animals produce food like milk, eggs, or meat, the harmful substances can pass on to humans, putting our health at risk too. That’s why keeping feed clean and safe is so important for both animals and people.
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Humidity can be measured using hygrometers, psychrometers and electronic sensors.
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Feed safety ensures that animal feed is free from harmful contaminants, protecting animal health, safeguarding human food, and supporting sustainable livestock production.
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Feed safety means to ensure that feed produced are free from substances and microbes that would negatively affect birds health and performance starting from the reception of raw materials , processes in production down to packaging. Must be free from contaminants, pathogens and other infestations.
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Equipment selection is key to reducing energy consumption by:
Choosing energy-efficient models (e.g., ENERGY STAR) that use less power.
Using advanced technology like variable speed drives or inverter systems.
Right-sizing to match the actual load and avoid inefficiencies.
Integrating smart controls for optimized operation.
Reducing long-term costs through lower energy use and maintenance.
Smart equipment choices lead to lower energy bills and reduced environmental impact.Equipment selection is key to reducing energy consumption by:
Choosing energy-efficient models (e.g., ENERGY STAR) that use less power.
Using advanced technology like variable speed drives or inverter systems.
Right-sizing to match the actual load and avoid inefficiencies.
Integrating smart controls for optimized operation.
Reducing long-term costs through lower energy use and maintenance.
Smart equipment choices lead to lower energy bills and reduced environmental impact.
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Apologies, there is a typo in my initial reply – it should be:
Both male and female chicks require similar brooding temperatures around 33.9-35°C during their first week post-hatch, aimed at optimizing health, comfort, and development.Both male and female chicks require similar brooding temperatures around 33.9-35°C during their first week post-hatch, aimed at optimizing health, comfort, and development.
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The machining quality, time quota, cost, energy consumption, and noise pollution of different machine tools are different. Therefore, the selection of suitable processing equipment and processing technology is of great significance for enterprises to save energy and time.
To compare the environmental impact of different process operation strategies
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it help to determine energy saving equipment one can purchase and will still give same result .
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The following should be considered as general information only, you should always seek professional advice, specific to your individual circumstances:
<i class=””>Sex does not meaningfully influence the temperature needs during the initial brooding period of chicks. Brooding temperature recommendations in the first week are primarily based on chick age and developmental stage rather than the sex of the chicks.
Both male and female chicks require similar brooding temperatures around 33.9-5°C during their first week post-hatch, aimed at optimizing health, comfort, and development. Brooding temperatures decrease gradually by chick age, regardless of sex, to match their growing ability to regulate body temperature.
Some studies indicate males may have slightly higher body temperatures due to larger muscle mass and higher metabolic rate, but this does not translate into different brooding temperature requirements in practice.
Temperature adjustments during brooding are better guided by chick behavior and physiological signals (such as huddling or panting) rather than sex differences.
Smaller chicks from younger breeder flocks may require slightly higher temperatures, but this is related more to chick size than sex.
Some studies note that males and females may show different responses to brooding temperature in growth or mortality patterns, but the differences are often minor and do not warrant distinct temperature regimes. Factors like incubation temperature, chick size, or breeder flock age can be more influential than sex on thermal needs.
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What can you do to improve the growth of chicks in the first week?
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Do males and females need to take different temperatures in the first week?
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Thanks for your comment Dr. Prabhu but as such nothing is discussed on board by any participant as well as you yet. Discussion which was opened about Seed quality – In relation to health & growth
We are total of 100+ in the group, what I have initiated discussion is about an important topic for sharing views of individual and difficulties observed or find to be attended, to be useful for everyone in the group.
Looking forward active participation.
-Anoop -
Well said Mr. Amir
I appreciate your participation and details mentioned.
Taking discussion further, how to overcome these created negative impacts on pond ecosystem due to high temperatures and what are corrective measures to be taken for improving ecology?
Looking forward active participation of more and more individuals.
-Anoop -
Thanks for the information
