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Future of egg production - Ending chick culling

By Farms.com

The egg industry faces a paradox - while eggs are a beloved food, the production process involves the culling of billions of male chicks annually, a practice increasingly viewed as inhumane. This culling is because these chicks neither lay eggs nor grow quickly enough for meat production, making them unprofitable.

Countries like Germany and France have legislated against this practice, turning to technologies such as in-ovo sex determination to prevent the hatching of male chicks. This technology is part of a broader movement towards more ethical practices in the egg industry and is supported by public advocacy and changing consumer preferences.

Biotechnological advances are paving the way for even more radical changes. Companies are developing methods to produce eggs and meat without animals, using cell cultures and fermentation. This not only promises to end culling but also reduces the environmental impact of agriculture.

Such innovations are aligned with public sentiment, which increasingly favors ethical treatment of animals in food production. With technology providing viable alternatives, the egg industry might soon undergo a transformation that would once have seemed impossible.

This potential shift not only represents a win for animal welfare but also reflects changing norms and expectations around food production, potentially setting a new standard for the agricultural industry worldwide.


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LALEXPERT: Sclerotinia cycle and prophylactic methods

Video: LALEXPERT: Sclerotinia cycle and prophylactic methods

White rot, also known as sclerotinia, is a common agricultural fungal disease caused by various virulent species of Sclerotinia. It initially affects the root system (mycelium) before spreading to the aerial parts through the dissemination of spores.

Sclerotinia is undoubtedly a disease of major economic importance, and very damaging in the event of a heavy attack.

All these attacks come from the primary inoculum stored in the soil: sclerotia. These forms of resistance can survive in the soil for over 10 years, maintaining constant contamination of susceptible host crops, causing symptoms on the crop and replenishing the soil inoculum with new sclerotia.