Mortality is one of the most closely monitored performance indicators in poultry production. It provides valuable information about flock health and production outcomes, making it an important metric for producers worldwide.

However, mortality is often reviewed after losses have already occurred.

By the time mortality rates begin to increase, the underlying issue may have been affecting the flock for days or even weeks. As a result, mortality is rarely the first sign of a production challenge. More often, it is the final outcome of conditions that have already impacted bird health, welfare, and performance.

The Early Signs Often Appear Elsewhere

Many production challenges begin with small, gradual changes that can be difficult to detect during routine inspections.

These may include:

• Changes in water consumption
• Reduced feed intake
• Fluctuations in temperature or humidity
• Changes in bird activity
• Ventilation or air quality issues

Individually, these changes may seem insignificant. Together, they can provide important insight into developing health or environmental challenges.

→ Read: Stay Ahead Of Poultry Issues

The difficulty is identifying these signals early enough to take action.

Why Water Consumption Matters

Among the many production parameters available to today's producers, water consumption is often one of the earliest indicators that something has changed within the flock.

Birds respond quickly to stress, environmental changes, and health challenges. These responses are frequently reflected in their drinking behavior before visible symptoms appear.

Monitoring water consumption can therefore help producers identify unexpected changes and investigate potential causes sooner.

This is where continuous monitoring becomes valuable.

Solutions such as the DOL 90 Water Meter provide ongoing visibility into water consumption patterns, helping producers detect deviations that might otherwise go unnoticed.

A strong flock begins with a stable environment. Modern poultry barns are sensitive systems where small climate shifts can influence comfort, growth, and welfare. Getting the core environmental factors right is essential for predictable, efficient production.

Temperature

Temperature sets the baseline for bird comfort. Even small deviations affect feed intake, movement, and growth. Birds struggle when it's too warm or too cold, and uneven temperatures create uneven flocks. Consistent, well-distributed heat is the foundation of a smooth production cycle.

Humidity

Humidity shapes litter quality and respiratory health. High humidity leads to wet litter and rising ammonia levels, while low humidity dries the air and irritates the birds' respiratory system. Keeping humidity stable helps maintain a dry litter and reduces disease pressure.

Ventilation & Airflow

Ventilation does far more than regulating temperature. It removes moisture, gases, and dust while supplying fresh oxygen. Proper airflow prevents CO₂ and ammonia buildup and keeps conditions even across the barn.

Air Quality

Birds are highly sensitive to what they breathe. Elevated CO₂ slows growth, ammonia irritates the respiratory system, and dust carries pathogens. Clean air supports stronger immunity, better comfort, and more consistent performance.

Light

Lighting influences behavior, activity, and growth. Proper intensity and distribution encourage movement and feeding, while correct day-length support natural rhythms and welfare. Good lighting helps keep flocks balanced and active. In breeders it also plays a key role in regulating reproduction and ovulation by guiding the birds’ natural hormonal cycles.

From Backyards to High-Tech Farming

Poultry farming is one of the oldest forms of animal husbandry, with a history stretching back thousands of years. What began as small-scale, household-based bird keeping has since evolved into one of the most advanced and efficient food production systems in the world. Understanding where poultry production started, and how it has developed, gives valuable perspective on the challenges and opportunities that shape the industry today.

The Origins of Poultry Farming

The domestication of chickens is believed to have begun more than 8,000 years ago in Southeast Asia, where the red junglefowl (Gallus gallus) was first tamed. Initially, chickens were not kept primarily for meat or eggs but for cultural and religious purposes, including cockfighting and ceremonial use. Over time, humans recognized their value as a source of food, and poultry spread across Asia, Africa, and Europe.

By the time of the Roman Empire, chickens were widely kept across Europe, mostly in small backyard flocks that supplied families with eggs and occasional meat. For centuries, poultry production remained decentralized and small-scale, with little selective breeding or organized management.

The Birth of Modern Poultry Production

The real transformation began in the late 19th and early 20th centuries, when urbanization and population growth created demand for a more consistent and larger-scale food supply. Advances in transportation and refrigeration allowed poultry products to be traded more widely, moving beyond backyard consumption.

By the 1920s and 1930s, the first commercial poultry farms appeared, particularly in the United States. Producers began keeping larger flocks, often hundreds of birds, and selective breeding programs were introduced to improve growth rates, egg production, and feed efficiency.

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