What are the pros and cons of the romantic baby rose, and what is the largest red rose?

What are the pros and cons of the Romantic Baby Rose?

This article introduces the pros and cons of the Romantic Baby Rose and the green plants related to the large red rose, with specific content as follows:

Many rose enthusiasts were attracted to rose cultivation because of the super shocking mass blooming images of climbing roses, which led them right into the hobby.

Such as this one

this one

and this one

Due to the special nature of climbing roses, most climbing roses require vernalization to bloom, which makes them unsuitable for planting in many southern regions, thus causing the regret of not being able to enjoy climbing roses in the southern areas, especially in Guangdong, Guangxi, and Fujian.

What are the pros and cons of the Romantic Baby Rose?

My location is relatively southern, belonging to the area near Jiangxi close to Guangdong. The first variety of roses I planted was Fenlong. Initially, I didn't know that Fenlong needs vernalization to bloom, so I grew it for many years without seeing many flowers. Only after artificially forcing vernalization by stripping leaves in winter did it start to improve. Therefore, choosing the right variety is very important.

Today, I will introduce several climbing rose varieties suitable for planting in Guangdong and Guangxi, whose performance has been tested and proven by many rose enthusiasts.

Red Dragon Sandstone

Red Dragon, a large climbing rose, has straight and sturdy branches, is often pruned, heat-resistant, light-loving, produces a large number of flowers, and has good disease resistance; seedlings grow slowly, are afraid of rain, and the flower buds cannot open and easily rot if rained on.

Abraham Darby

Abraham is officially introduced as a shrub, but due to its thin and soft branches, it is often treated as a medium-sized climbing rose. It grows quickly, blooms frequently, has a strong fruity aroma, and as a common defect of Austin roses, the flowers may fade in high temperatures.