Scientific Breeding of Does

In scientific breeding, it's essential to ensure that does have access to sufficient and high-quality feed as well as clean water. Providing a clean and comfortable living environment is also crucial for their health and well-being. In addition, regular exercise and domestication help reduce stress and prevent issues like over-fertility or overcrowding, which can lead to miscarriages. A balanced diet is vital during this time. The daily concentrate intake should be around 1 to 1.25 kg, making it the highest level of the year. Protein feed should make up 30% to 35%, with 10 to 15 grams of calcium phosphate and 10 grams of salt. High-quality, diverse roughage should also be provided to support digestive health.

Recognizing the Signs of Birth in Does

It's important to monitor the behavior of pregnant does closely. Symptoms such as reduced appetite, restlessness, and unusual movements may indicate that labor is imminent. Another key sign is the appearance of the "water bag" or "breaking water," which serves as a clear indicator that birth is about to occur. In cases of dystocia, early detection, accurate diagnosis, and timely intervention are critical. After birth, it's necessary to observe the doe's behavior—some may exhibit abnormal actions like licking, hitting, or abandoning the fawn. These behaviors must be addressed promptly. Additionally, ensuring that the newborn drinks colostrum within the first hour is essential, as delayed feeding significantly reduces survival chances.

Artificial Rearing of Fawns

When rearing fawns artificially, it's important to provide colostrum within the first three days. Feeding schedules should be adjusted based on age: four times a day for fawns under 30 days, three times a day between 31 and 60 days, and two to four times a day from 61 to 75 days. The amount of milk should start at 800 to 1000 ml on the first day, increasing by 10 to 20 ml daily. After 60 days, the quantity can be gradually reduced by 5 to 10 ml per day, depending on the fawn’s size and appetite. The milk should be fresh, preferably from healthy cows, or goat milk that has been boiled and sterilized. The temperature should be maintained at 37°C to 38°C, and all feeding equipment should be sterilized regularly to maintain hygiene.

Building a Protective Fence

A strong protective fence is essential for the safety of the deer herd. Some farms neglect this, but it's crucial to install fences both inside the shed and along the grass area. The grass lining should be changed frequently to prevent disease spread and ensure a clean environment.

Supplementary Feeding

Supplementary feeding helps improve the fawns’ ability to consume solid food and supports gastrointestinal development, preparing them for weaning. Start supplementing at two weeks of age, feeding in a protected area. Initially, fawns may not eat much, but they will gradually adapt. Feed them 4 to 5 times a day, remove leftovers after one hour, and keep the feeding trough clean and dry. Ensure a constant supply of fresh water. Most fawns begin grazing when they don't receive enough feed or supplements.

Batch Milking

Many fawns are currently milked individually. However, batch weaning offers benefits, including cost savings and more efficient management.

Domesticating Deer

Domestication plays a key role in improving a deer's resilience to stress and its ability to adapt to new environments. Regular interaction with staff helps make timid deer more docile and approachable. Especially for young fawns, consistent human contact can reduce stress caused by weaning, promoting better growth and development.

Video Measuring Machine

The video measuring machine is based on CCD digital image, relying on the powerful software capabilities of computer screen measurement technology and spatial geometry operation. After installing the special control and graphic measurement software, the computer becomes the measurement brain with the soul of the software and is the main body of the whole equipment. It can quickly read the displacement value of the optical ruler, and obtain the desired result instantly through the software module operation based on the spatial geometry; A graph is generated on the screen for the operator to compare the image with the image so that the possible deviation of the measurement results can be identified intuitively.

video measuring machine is a high-precision optical image-measuring instrument composed of a high-resolution CCD color lens, continuous zoom objective, color display, video crosshair display, precision grating ruler, multi-function data processor, data measuring software and high-precision workbench structure.

The instrument applies to all application fields for two-dimensional plane measurement. These fields include machinery, electronics, molds, injection molding, hardware, rubber, low-voltage electrical appliances, magnetic materials, precision hardware, precision stamping, connectors, connectors, terminals, mobile phones, home appliances, computers (computers), liquid crystal television (LCD), printed circuit boards (circuit boards, PCBs), automobiles, medical devices, clocks, screws, springs, instruments, gears, cams, threads, radius templates, thread templates Wire and cable, cutter, bearing, screen, test screen, cement screen, screen plate (steel mesh, SMT template), etc.

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