What is a blossom end rot? Why do we need to look for a solution to this? Does this concern everyone? Blossom end rot will probably denote decay in a flowering plant. You might think that this is just a concern for those green thumbs and lovers of plants, but looking at the bigger picture, most of the fruits that we consume come from flowering plants.
Flowers serve as the reproductive organs of plants. Through pollination, double fertilization will take place. Over time, the ovum of the flower will enlarge and become a fruit. It is satisfying for a gardener to see how a plant grows and bears fruit. However, it is a bit disappointing to see dark or brown spots on the fruits that this plant bears.
Growing plants is a fulfilling and relaxing activity that a person can do. It is also a source of income for farmers. Blossom end rot can cause loss to those who depend on fruit-bearing plants. It won’t cause death to plants, but it will definitely reduce the harvest of farmers. This will lead to the imbalance of supply and demand in the market that will affect all of us. The question is: how do we overcome this challenge? In this article, we will talk about what causes blossom end rot and the ways we can remedy the problem. Let’s get started.
What Causes Blossom End Rot?
Calcium is an essential alkaline earth metal known to strengthen the bones and teeth of a human being and is commonly obtained through the milk and other dairy products. For plants, calcium aids in various life processes like cellular activities. Calcium safeguards plants from diseases. Calcium strengthens the cell wall that protects other cell organelles responsible for respiration and food production. The quality of fruits is also affected by calcium.
Lack of this important element then causes blossom end rot. Blossom end rot is a condition where young fruits start to have yellowish spots. Eventually, these yellow spots will become brownish to black. Calcium deficiency causes the rotting of fruits, decay, and curling of leaves, not to mention the slow growth. Due to erosion, nutrients in the soil, including calcium, are sometimes carried away to different places. There are also instances where the calcium in the soil is enough, but the plants’ roots cannot absorb enough calcium for its uses.
If there is an insufficiency, we simply add what is lacking to maintain a good and balanced condition. If the soil is calcium deficient, we need to improve its calcium content. If it is a plant that can’t absorb the calcium, we must enhance the environment of the plant for it to function well.
How Calcium Solution Cures Blossom End Rot?
Calcium can bind with other elements to form compounds that can be absorbed by plants. There are calcium solutions and calcium-rich fertilizers available in the market. You can buy them online as well and read actual reviews from satisfied customers. Simply spray or apply the product to the plants or the soil to add calcium. If you don’t want to use commercial products as calcium enhancers, you may also use organic materials as organic fertilizers. Either way, it can still help alleviate the condition. With the proper application of fertilizer, enough sunlight and enough water, a plant can grow well.
Calcium solutions cannot totally cure the blossom end rot. It can only improve the condition of the soil so that plants will receive enough nutrients. The application of calcium solution also depends on the species of plant, the climate, the weather, as well as the humidity.
What are the Other Ways to Resolve Blossom End Rot?
Preventing blossom end rot is better than looking for a cure to it. As the old adage says, ‘prevention is always better than cure’. Providing the basic needs of plants will make them grow well. Receiving proper sunlight, regular watering according to the need, and proper nutrition will yield healthy plants. It takes time and effort, but in the end, it’s going to be worth it.
As you may have noticed, blossom end rot is common among tomatoes, peppers, eggplants, and squash. If yellow and brown spots already appear in some of the fruits, these can be removed to avoid spreading it to other plants and fruits. Those fruits can still be consumed by means of removing the rotten portions although this is not highly recommended a move.
If blossom end rot occurs regularly and cannot be aided by calcium solution, the soil should be checked and tested. There are other elements like potassium, nitrogen, and hydrogen that affect the presence of calcium in the soil. Moisture in the soil also affects calcium. Further testing and analysis can provide better solutions to this problem.
Strive to keep the soil moist and foliar spray plants using calcium solution or kelp. It may also help to add high levels of calcium like oyster shell, bone meal, or gypsum to the soil when planting to prevent the problem from developing. Using mulch, straw, compost, or grass also helps preserve soil moisture, especially during the hot and dry days and promote an even water supply. Minimize the usage of high-nitrogen fertilizers that can accelerate vegetative growth and lower calcium uptake. Fixing the blossom end rot will save your harvest, so do whatever you can to mitigate the harm it brings forth or prevents the problem from sprouting in the first place.
Observation, analysis, and application of proposed solutions will soon finally resolve existing challenges and problems. Knowing the species and its needs will enhance its fruits.
Plants are organisms that can make their own food. If these plants were ruined by diseases, it can cause a lot of troubles and can affect us all negatively. We must take good care of the remaining agricultural areas and vegetation and proactively overcome challenges along the way.