Due to the increased unpredictability and severity of weather patterns caused by climate
change, traditional farming practices and risk management strategies are becoming …

In the domain of animal management, the technology for individual livestock identification is
in a state of continuous evolution, encompassing objectives such as precise tracking of …

Although classic methods (such as ear tagging, marking, etc.) are generally used for animal
identification and recognition, biometric methods have gained popularity in recent years due …

Accurate identification of individual goat identity is necessary for precision farming. Previous
studies have primarily focused on using front face images for goat identification, leaving the …

The demand of food, either plant or animal origin, is rising with the increase of human
population. Due to limitation of land, water, and other natural resources, farming by manual …

Small and large farm animals are frequently identified using techniques like microchip**
or tagging. However, these techniques may have a detrimental impact on animal welfare …

Existing identification systems for goats are physically tamperable and thus a biometric
system needs to be developed to overcome such. After image acquisition through single …

Individual pig can be identified by analyzing ear vein patterns but is very hard to observe in
natural condition due to thickness of ear leaf. The extraction of venation tree is also difficult …

One of the most popular methods for addressing the shortcomings of traditional identification
methods is biometric-based animal identification. The animal's phenotypic characteristics …

Crop protection has become a fundamental tenet of modern agricultural management. For
every hectare of cultivated land, nearly 20% of crops get destroyed, leading to widespread …