What are the Features of 1103 Paulsen Vine Rootstock?
- 1103 Paulsen vine rootstock produces very successful results in terms of growth strength.
- Hybrid of Berlandieri X Rupestris.
- It grows vigorously, as in 110 R species, and adapts well to moist substrates and clayey-calcareous soils.
- It is based on active lime around 17-18%.
- The 1103 Paulsen vine rootstock, which is versatile in terms of soil structure, can withstand 0.6 g NaCl/kg salt in the soil, while its rooting and graft retention rate is quite high.
- It is a rootstock species that is damaged by leaf phylloxera.
- It gives good results in deep soil, slope lands.
- It is moderately tolerant of salinity.
- It has good affinity with V.vinifera .
- It is resistant to nematodes and is a very strong vine rootstock in terms of resistance to phylloxera.
What are the Soil and Climate Conditions of 1103 Paulsen Vine Rootstock?
The 1103 Paulsen vine rootstock, which is highly resistant to salinity and drought, has a deep root structure and is a very strong rootstock. It draws attention with its resistance to drought and salinity. Although it is more suitable for non-heavy soils, 1103 Paulsen rootstock is compatible with different soil conditions. The 1103 P rootstock develops strongly, as in 110 R, and adapts well to moist and clayey-lime soils, and is based on active lime by 17-18%. 1103 Paulsen rootstock gives good results on slopes with deep soil.
How to Grow for 1103 Paulsen Vine Rootstock?
1103 Paulsen vine rootstock develops vigorously and is very advantageous in that its substrate is well adapted to moist and clayey-calcareous soils. It can be maintained in different soil conditions as well as showing more suitable development in deep soils that are not heavy textured.
Species on 1103 Paulsen vine rootstock after grafting need to be carefully controlled, especially in the first years. In soft ground and windy areas, staking can be done in the first few years.
What are the 1103 Paulsen Vine Rootstock Grafting Methods?
1103 Paulsen vine clone rootstock, which is damaged by leaf phylloxera but has a strong growth, is able to withstand 0.6 g NaCl/kg salt in the soil, but is also very high in terms of rooting and grafting rate. In addition, it has good affinity with V. vinifera .