Taxus cultivation and promotion

Taxus, also known as yew, is a kind of evergreen conifer in the red bean family. The main growth is located in North America, northern Europe and China's Yunnan-Guizhou Plateau, Qinghai-Tibet Plateau, Greater Khingan Range, Taihang Mountain System, Qinling Mountain System, and Funiu Mountain System. The main varieties include North America, Taxus chinensis, Taxus yunnanensis, China's Yunnan yew, Northeast yew and southern yew.

First, the growth conditions

Taxus is a yew of taxus, and there are 11 species all over the world, all of which are distributed in the northern hemisphere. There are 4 species and 1 variety in China. Taxus is mostly found in the valleys, valleys, canopies and shades of shady slopes at 800 to 3,200 meters above sea level, and a few in needles, broadleaf forests, and in front of houses.

In the soil, brownish forest soil, yellow-brown soil and purple soil are all required for fertile and loose soil, and the PH value is between 5.5 and 6.5.

This type of tree is a negative tree species and prefers a warm and humid environment. However, it has strong adaptability to the environment. For example, the introduced yew of Mandria can be cultivated in Pingchuan and is not affected by sufficient light. Lateral root development, drought tolerance, cold, full crown.

This kind of tree species does not require much light, and it usually has sidelight irradiation. However, most breeds prefer a warm and humid environment, suitable for a subtropical climate, with a lot of rain and rain, and an annual rainfall of 800 mm or more.

Second, the planting conditions

The development of yew can be planted according to environmental conditions such as topography and landform, and it can be planted in a tea garden or planted in a single plant, interplanted or interplanted. It is suitable for planting slopes, floodplains, and houses behind houses. Fields, ridges and other areas can be harvested in the fourth year after planting.

III. Geographical and climatic conditions

The topography and landforms of Hanzhong, Shaanxi Province are distributed stepwise along high mountains, shallow mountains, hills and plains. The average elevation is 800 meters, and the terrain is U-shaped, which is very conducive to the growth of yew. Due to the influence of the Qinling Mountains (the dividing line between north and south China), the city is located between the two subtropical and warm climate zones, with an average annual temperature of 14°C, extreme maximum temperature of 38.5°C, extreme minimum temperature of -5°C, and average annual sunshine hours. In 1750h, the annual total radiation amount was 130.5 kcal/cm2, and the average frost-free period was 268 days, which formed a climate with no cold winter, no summer heat, warm and humid, and four distinct seasons.

Fourth, hydraulic resources

The main rivers and rivers in Hanzhong include the Han River, Jialing River, Jushui River, Luohe River, Lengshui River, Qingshui River, Qinshui River, and the Wrangler River. These river basins cover an area of ​​approximately 39,235 square kilometers with an annual average runoff of 18.85 billion cubic meters. The theoretical reserves of hydropower resources are 2.6 million kilowatts. A large number of hydraulic resources create the humidity in the air, which is in line with the growth requirements of yew.

V. Soil conditions

The entire city of Hanzhong is located between the Qinling Mountains and the Bashan Mountains, forming a large valley with soil types that include yellow, brown, brown, silt, and paddy soil. According to geographical conditions, soils generally between 500 and 800 meters above sea level are mostly silty and paddy soils; soils between 800 and 1500 meters above sea level are yellow and brown; brown and brown are above 1,500 meters above sea level. These soils are basically slightly acidic soils with a pH of 5.5 to 6.5. The soil is loose and fertile, and it is an ideal soil for the growth of yew.

Urine Test Strips 14 Parameters

Measures 14 Different Components of Urine

Micro albumin tests for early nephropathy (early kidney disease)
Leukocytes aka white blood cells. Also indicates presence of infection
Nitrites may be a sign of urinary tract infection or other infection
Urobilinogen checks for liver disease
Protein tests for kidney function
pH measures urine acidity, associated with higher risk for kidney stones
Blood can result from infection, injury, inflammation, kidney stones or cancer
Specific gravity evaluates the body's water balance and urine concentration
Ascorbate this test reveals the concentration of ascorbic acid in urine which varies with the intake
Ketones caused by disorders of increased metabolism; also by unbalanced diets such as high protein/low carb, anorexia or fasting
Bilirubin could indicate liver or gallbladder problems such as gallstones, hepatitis, cirrhosis or tumors.
Glucose the most common test for diabetes
Creatinine used in the diagnosis and treatment of renal diseases. It can also be used to monitor renal dialysis, and as a calculation basis for measuring other urine analytes

How To Test?

1. Remove one strip from the bottle and replace the cap immediately.

2. Immerse the reagent area of the strip in the urine specimen and take it out quickly.

3. Wipe off excess urine against the rim of the specimen container.

4. Read the test results carefully within 60 seconds in a good light and with the test area held near the appropriate color chart on the bottle label. Changes in color that appear only along the edges of the test pads or after moving than 2 minutes have passed are of no diagnostic significance. Results with leukocytes test portion can be read within 120 seconds.If reading instrumentally, carefully follow the directions given in the appropriate instrument operating manual

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