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putting epsom salt on tomato plants

How to Use Epsom Salt on Tomato Plants: Tips for Your Garden

It is not uncommon for lovers of tomato gardening to search for effective strategies to improve plants’ well-being and raise fruit yield. Epsom salt, also known as magnesium sulfate, can be used to facilitate this. This compound has vital elements plants need for their development, namely, enzyme activity, photosynthesis, and chlorophyll production. High levels of Epsom salt can correct problems such as leaf yellowing and poor fruit quality observed in tomatoes. The following section will look at the advantages of Epsom salt to the growth of tomato plants, how it should be applied, and how to maximize its effects in your garden. If you adhere to these rules properly, your tomato plants will remain healthy and productive enough to produce abundant yields.

Why Use Epsom Salt on Tomato Plants?

putting epsom salt on tomato plants

Primarily, Epsom salt is used on tomato plants for its high magnesium content, which is an important element in the production of chlorophyll and photosynthesis. Yellow leaves resulting from magnesium deficiencies and low fruit yield are one of the most common issues during tomato cultivation. In addition, it can enhance nitrogen and phosphorous absorption, which can lead to healthy plants in general. Also Epsom salt contains sulfur that promotes enzymes’ work and growth. Therefore, by including Epsom salt into a regular gardening routine you can combat nutrient deficiencies and support robust development of your tomato plant.

Merits of Epsom Salt on Tomato Plants

Epsom salt has several quantifiable benefits for tomato plants which have been scientifically tested. Magnesium is present in large quantities in Epsom salts, which results in an increased rate of photosynthesis, thus improving the overall health and vigor of tomatoes. For instance, at least 0.2% of dry matter should be available as Magnesium levels in plants for optimum growth. The range between 0.2-0.4% Mg concentration best balances vegetative growth and reproductive development.

Moreover, applying Epsom salt helps to facilitate absorption of vital nutrients such as nitrogen or phosphorus by a tomato plant while optimizing the negativity surrounding soil pH deficiency due to PH imbalance . Thus, using magnesium in poor nutrition aids significantly in preserving these nutrients within a garden or greenhouse. However, this may also lead to some problems like excess magnesium than what the soils need.

Also, being a sulphuric compound enhances enzyme functions and helps control growth processes when applied to embryos. For example, suggested minimum acceptable values are 10-30 ppm (parts per million), while Phosphorus guidelines suggest 30-50 ppm phosphorus content needed for optimum plant performance.

Sulfur contained in this compound is essential for carrying out enzymatic reactions as well as growth control. Sulfur is one of the essential micro-nutrients for plants, and the optimum concentration in soils ranges from 10-30 ppm (Lindsay et al., 1991). Regular applications of Epsom salt can help maintain these critical biochemical processes, resulting in robust and disease-resistant tomato plants.

Epsom salt plays a major role in relieving chlorosis caused by magnesium deficiency. It ensures that the leaves are green, and photosynthesis is not affected as a result. This is very helpful during major growth stages, such as flowering and fruit set, which leads to increased yield and improved fruit quality.

How Epsom Salt Affects Soil and Plant Health

The chemical name for Epsom salt is magnesium sulfate heptahydrate (MgSO4·7H2O), which affects soil and plant health. Magnesium and sulfur, its main beneficial components, are vital in several physiological processes.

Magnesium affects directly the rate at which a plant does photosynthesis because it’s needed for chlorophyll synthesis in plants. The required level of magnesium should be between 0.2% to 0.4% on dry matter basis of plant tissues to promote normal growth while excess amount may cause toxic effects thus stunting crop development or poor yield production. Additionally, Mg helps transport phosphorous inside cells where it is used as a energy source and involved in DNA replication process. For normal tomato development, soil must contain phosphorus within an acceptable range between 30-50 ppm per unit weight.

Sulfur found in Epsom salts helps to make up certain amino acids like cysteine, methionine, and other vitamins, including protein synthesis necessary for enzyme activity . The minimum effective range for sulphur was recommended to be between 10-30 ppm (Schonberg & Johnson-Maynard) . It also acts a natural precipitate thereby reducing the amount of organic matter in the soil and making other nutrients available to plants.

Epsom salt improves soil structure by improving aeration. It loosens the soil, which promotes deeper root growth and allows water and nutrients to penetrate deeper into the earth. Therefore, it is important to use Epsom salt to reduce excessive calcium in the soil, which can result in hardening so that it doesn’t compact, thus allowing plants to uptake more potassium or any other element.

Epsom salt can effectively boost magnesium levels in the soil, which is vital for plant growth. To apply Epsom salt, first test your soil to determine its magnesium content. For light application, you can mix one tablespoon of Epsom salt per gallon of water and use this solution to water your plants once a month. For more severe deficiencies, consider broadcasting Epsom salt directly onto the soil at a rate of 1-2 pounds per 100 square feet. It is essential to evenly distribute the salt to avoid over-accumulation in any one area which could lead to nutrient imbalances. Additionally, always follow up with watering to help the Epsom salt dissolve and integrate into the soil effectively. Regular and judicious use of Epsom salt can contribute significantly to maintaining optimal magnesium levels, enhancing plant vigor and productivity.

Renewing Magnesium Levels Using Epsom Salt

This can be accomplished using nature’s own dispensary – Epsom salts- to renew magnesium levels in soils required for growing crops. The first step towards applying it would be having your ground analyzed for its content of this mineral element. When used lightly, mix a tablespoon of Epsomite crystals in every gallon of water then apply it on plants per month after testing your garden’s soil; if there is need for more severe applications, spread out small quantities all over an area measuring 100ft2 at a rate of about 1-2lbs/sq ft depending on severity then moisture with water immediately or you may broadcast it throughout a section measuring one hundred square feet at two pounds per acre if severe lack persists yet without forgetting that it should be thoroughly soaked or sprayed among vegetables like tomatoes before starting any other stages involving bulking though where possible even amounts across surface are required so that no single patch ends up with high accumulation resulting into non-uniform distribution thus causing uneven provisioning arising whenever enough irrigation follows since the mineral is always bound to decompose down within plant roots. Also, water should be added after spreading in order to dissolve the Epsom salt and allow it mix better with the soil. Regular and judicious use of Epsom salt can contribute significantly to maintaining optimal magnesium levels, enhancing plant vigor and productivity.

How to Apply Epsom Salt to Tomato Plants?

In addressing magnesium deficiencies and promoting healthy growth, the Epsom salts’ application to tomato plants might be helpful. Start by testing the soil to establish the magnesium level. In case of magnesium deficiency, a foliar spray solution may be prepared by dissolving one tablespoon of Epsom salt in one gallon of water. This solution should be applied every two weeks through spraying it directly on leaves for rapid uptake of Mg. Alternatively, you can side-dress tomatoes by sprinkling around each plant’s base with one tablespoon of Epsom salt or dissolve it in water and apply it to the soil. Regular applications are recommended to ensure appropriate nutrient absorption, leading to robust plant development and enhanced fruit quality, especially during the first stages of growth up until fruiting. Always remember to water the plants after applying Epsom salts so that they can mix with the soil easily and not leave behind any nutrient imbalances.

Recommended Dosage: How Much Epsom Salt Per Plant?

To get good results, apply between one and two tablespoons of Epsom salt on each tomato plant several times throughout growing season. At planting stage start with one table spoonful of Epsom salts. When your plants have grown enough and begun to set fruits another tablespoonful on each plant’s base will enhance its magnesium intake. During peak growing periods, particularly if signs of deficiency appear, an additional tablespoon can be dissolved in a gallon of water and used as a foliar spray. Better integration into the soil is facilitated when proper distribution is ensured after an application as well as watering.

Methods of Applying Epsom Salt

  • Soil Amendment: Introduce Epsom salt straight into the ground while planting; put about one tablespoonful per hole or per root zone planted material, for instance, seedlings, etc. This ensures that young roots are immediately available for early development since Mg and S are found inside it.
  • Side-Dressing: Sprinkle Epsom salt at the plant’s base. This can be done by sprinkling one tablespoon of Epsom salt per plant every six weeks, followed by thorough watering. Dissolving one tablespoon of Epsom salts in a gallon of water and spraying this solution around the plants during fruiting periods will help enhance absorption.
  • Foliar Spray: Use foliar application to ensure rapid magnesium uptake. Prepare a solution by dissolving a tablespoon of Epsom salt in a gallon of water. Apply this solution to the leaves every two weeks, concentrating on the lower side where stomata are densest. When deficiency symptoms such as yellowing leaves appear, this method is especially useful for quick correction.

When to Add Epsom Salt to Tomato Plants

At different stages of growth, it is important to use Epsom salts on tomato plants for optimum health and productivity. The initial application may be done at planting time whereby one tablespoonful of the salt is mixed with soil in each hole containing seedlings. Magnesium and sulfur are immediate sources to support root development when supplied through this method. Consequently, side-dress applications should be made after every six weeks plus these can be achieved by evenly spreading one tablespoonfuls over every plant and then watering them thoroughly for absorption purposes.

Foliar sprays are more effective during periods of rapid growth and manifestation of magnesium deficiency signs such as interveinal chlorosis or yellowing between the veins on the leaves. Each fortnight, a gallon of water containing one tablespoonful of Epsom salt should be sprayed onto the leaf surfaces while specially focusing on the undersides where stomata are concentrated. For this reason, this method facilitates a quick uptake and correction of deficiencies. Moreover, application of Epsom salt is useful for supporting increased nutrient requirements in times of fruit setting and fruit development thereby improving yield and quality.

As one implements these methods, it is important to regularly observe plants for any symptoms showing that they were applied, such as leaf burn or salt accumulation in soil, to ensure a balanced nutrient profile.

Can Epsom Salt Improve the Growth of Tomato Plants?

putting epsom salt on tomato plants

Forcing, by way of magnesium sulfate, Epsom salt might be used to increase tomatoes’ size and yield in case of lack of magnesium. Magnesium is a vital nutrient required for photosynthesis because it forms part of chlorophyll. However, it must be emphasized that Epsom salt’s benefits arise when there is an actual deficiency. Over application can lead to nutrient imbalance or salt accumulation in the soil. According to research findings and expert opinions, although specific cases may benefit from its use, gardeners are advised to apply Epsom salt cautiously since it can pose dangers.

Effects on Fruit Production and Quality

Fruit growth and quality may be influenced by the use of Epsom salts through enhanced nutrient uptake, especially magnesium, which plays a fundamental role in photosynthesis, thus complex organic molecule synthesis. Sufficient amounts of magnesium improve tomato flavoring, texture and yield at large. In particular, magnesium sulphate helps to promote efficient retentions for phosphorous or nitrogen which are key elements needed during fruit formation. Informal observations as well as limited scientific studies show that regular sprinkling with Epsom salts results in larger production of fruits. Nevertheless, applying this product without checking soil conditions would have negative implications for plant health and fruit quality if there are no shortages because this might result into having more salts rather than other necessary nutrients.

Effects on Foliage and Root Health

Epsom salts have the ability to affect foliage as well as root health positively by providing essential magnesium which is important for making chlorophyll. High chlorophyll content enhances photosynthetic proficiency, leading to more greenish leaves with increased vigour . Also , magnesium assists in uptake development supporting strong root system. Adequate Mg-fortified roots improve water absorption as well as taking up nutrients, thereby improving overall plant health and making them resistant to pests . The application of Epsom salt should only be made when Mg deficiency is detected to prevent any adverse effects on the root system and foliage that can result from soil imbalances or toxicities.

Long Term Benefits for Your Vegetable Garden

Epsom salt when consistently used in a fair amount has several long-term advantages of being included in a vegetable garden. In addition, adequate magnesium levels over time may improve soil texture and fertility, leading to healthy plant life. Magnesium takes part in enzymatic actions as well as energy transfer within plants thus ensuring continuous growth cycles round the year. By making other nutrients more available, Epsom salt offers an improved nutrient profile for your entire plot of land. With conventional planting methods, this enhanced nutrient supply allows plants to receive balanced nutrition, hence preventing nutritional deficiencies or imbalances that occur with age. For instance, the systematic use of Epsom salt according to results from soil test can create a garden which is resilient to environmental stressors reducing dependence on synthetic fertilizers.

What Are Common Problems Solved by Using Epsom Salt?

putting epsom salt on tomato plants

Epsom salt treats numerous plant diseases by serving as the best source of magnesium and sulfur. This solves a major problem because yellow leaves often means that there is not enough magnesium. The green pigment required for photosynthesis can be restored by increasing the magnesium in the soil with Epsom salt. Additionally, Epsom salt usage has significantly increased nutrient absorption, especially in tomatoes and peppers, which are rich in nutrients needed for flower and fruit production. Using Epson salts to deter pests such as slugs and voles naturally is also possible without resorting to synthetic chemicals. Lastly, transplant shock leading to sturdy root development alleviated in seedlings paves the way for the successful colonization of young plants into gardens.

Preventing Yellow Leaves on Tomato Plants

Tomato plants may have yellow leaves because they lack magnesium; this condition is called chlorosis. Magnesium sulfate or Epsom salt offers a good treatment option for this problem. Dissolve 1 tablespoon of Epsom salt in one gallon of water and pour it directly into the soil around the base of your tomato plants if you want to get rid of yellow leaves on these plants. You can also apply same ratio solution as foliar spray onto them by spraying evenly all over their leaves. As a result, chlorosis may be reversed within several days since Mg will be taken immediately after application by using this method.

Before applying any form of fertilizer or other amendments like lime, always test the soils first so that you will know what type or how much nutrients should be used. This will prevent wastage and soil pollution due to excess nutrients. Regular applications every two weeks are recommended to maintain optimum levels throughout vegetable production periods, helping ensure strong growth with vivid green foliage.

Avoiding Blossom End Rot

The symptoms characterizing this physiological disorder known as blossom end rot (BER) are darkened sunken lesions at the bottom part of fruits in tomatoes, peppers and squash plants. These conditions result from calcium deficiency. Calcium uptake by plant roots is hindered as water supply fluctuates thus causing blossom end rot disease; hence the need to maintain constant soil moisture levels.

Calcium should be incorporated into the soil either through limestone (calcium carbonate) or gypsum (calcium sulfate), though gypsum is preferred if the soil’s pH needs to remain steady. It takes about 1-2 pounds of gypsum per 100 square feet when tilled down to a depth of six or eight inches for adequate calcium. Mulching with organic materials such as straw or wood chips helps retain soil moisture, mitigating water stress.

Soil test for sufficient calcium and correct pH balance (6.2 to 6.8 for tomatoes) should be carried out before planting. Avoid excessive nitrogen fertilizers that promote foliage growth at the expense of fruit development which can aggravate this problem. Use balanced or tomato-specific fertilizers, ensuring they do not have much ammonium nitrogen, competing against calcium uptake.

During dry periods it is important to provide regular irrigation, particularly steady practice reduce evaporation and water loss making drip irrigation systems and soaker hoses more preferable than overhead watering in order to minimize loss of water by evaporation because over-head irrigation system losses more amounts of water through evaporation into air compared to other alternative methods like drip irrigation systems and soaker hoses among others. By addressing these risk factors carefully, the possibility of blossom end rot will be greatly minimized, allowing healthy fruit formation.

Correcting Magnesium Deficiency

Magnesium Deficiency in plants often appears as yellowing between veins on older leaves, while the veins themselves remain green due to being mobile within the plant and therefore translocated towards newer shoots. Epsom salt or magnesium sulphate may cure this problem when applied as a soil amendment or foliar spray.

For soil application, blend Epsom salt with soil at one to three pounds per 100 ft2. Stir into the top 6 inches of soil. For foliar application, dissolve two tablespoons of Epsom salt in a gallon of water and spray it directly on leaves. Repeat every two weeks until symptoms disappear.

In addition, keeping proper pH levels in soils is paramount as magnesium availability significantly decreases under highly acidic conditions. The best range for pH is from 6.0 to 7.0 Regularly test soil for magnesium levels so that they are maintained within an ideal range (25-50 ppm). Do not apply high potassium fertilizers especially those that can compete with magnesium uptake by the plants. The above factors will help control magnesium deficiency and enhance strong plant health and productivity.

Are There Any Risks in Using Epsom Salt for Tomato Plants?

putting epsom salt on tomato plants

However, the use of this form of salt could present some risks. Overuse of Epsom salt can lead to excessive amounts of magnesium in the soil, affecting the uptake of calcium and other essential nutrients and possibly leading to blossom end rot. In addition, high magnesium levels may cause soil compaction and reduced aeration that negatively affect root health. It is essential to follow recommended application rates as well as perform regular soil testing to ensure balanced nutrient levels, thus avoiding these potentially adverse effects.

Excessive Use and Possible Soil Imbalance

The excess use of Epsom salts not only leads to increased levels of magnesium in soil but also has wider nutritional implications. Tomato plants might suffer from blossom end rot due to increased calcium retardation caused by the rise in magnesium levels. The University of Missouri Extension recommends a range between 25-50 ppm for optimal plant health. Besides, increased amounts of magnesium hampers cation exchange, thereby disturbing soil structure and leading to compacted soils. This impaction limits infiltration of water through the soil profile, eventually causing poor root development and, therefore, limiting water flows below the ground surface in heavy rain seasons (Snyder et al.). Thus, routine monitoring is necessary so that such practices avoid harmful impacts on plants’ productivity and earth’s fertility.

Symptoms Indicating Too Much Magnesium

Numerous visible and physiological signs indicate when there are excess amounts of Mg2+ in soils. Chiefly among them is interveinal chlorosis which is a condition whereby leaf veins remain green while tissues between veins turn yellow. Also, excessive quantities retard growth at best, resulting in fewer fruits as it disrupts the absorption of other vital elements such as Ca2+, K+, and P (Lal et al., 2019). Similarly, premature leaf shedding, particularly during the rainy season due to compacted soils with reduced air spaces, affects growth badly (Snyder et al.). Soils tests should be done regularly with optimal magnesium level being 25-50 ppm since anything less or more than this range can lead to the above mentioned negative consequences.

When Should I Test My Soil?

Soil testing should be done at least once every year and preferably in fall or early spring prior to planting. This is so that there will be enough time for corrective measures to be undertaken based on the test results before the start of another growing season. Nevertheless, more often, soil analyses are required in cases where nutrient deficiencies or toxicities are observed in crops or alterations are made considerably by the addition of manure, fertilizers, lime, and so forth (Snyder et al.). Regular testing ensures nutrient balance is kept at optimum levels; hence, there is improved plant health as well as high yields.

Additional Tips for Gardening with Epsom Salt

putting epsom salt on tomato plants

Epsom salt, which is chemically known as magnesium sulphate, can be a very useful addition to the gardener’s arsenal when used correctly. To use Epsom salt effectively, one should mix a tablespoon of it with a gallon of water and apply it directly on the soil or as foliar spray for plants such as tomatoes, peppers, and roses. It should be done this way every two to four weeks during the growing season. Alternatively, you may apply one tablespoon per foot of plant height and gently work it into the soil around the base of plants. Nevertheless, caution has to be exercised because overuse will lead to imbalances in soils which might harm plant health instead. Moreover, individuals should look at specific plant needs and perform soil tests prior applying Epsom salts accordingly.

Starting Seeds with Epsom Salt

When starting seeds with Epsom salt, one has to get dosage right and select the appropriate application method to not over-fertilize while creating optimal growing conditions. First dissolve one tablespoon of Epsom salt in a gallon of water. The solution should then moisten seed starting mix before planting the seeds. Also, after germination, dilute one teaspoonful of Epsom salts in each gallon of water, which you will spray on your seedlings every two or four weeks.

Thus, Magnesium supply and uptake points are mainly important for seedlings and are met through using Epsom salt in seed starting, but still stunting growth due to magnesium toxicity is likely if there is too much application, which includes interveinal chlorosis, among other symptoms . One can test levels periodically using soil samples so that they know how much they have adjusted their epsoms process based on nutrient results . Sticking within guidelines while considering their particular nature helps them grow healthy strong seedlings.

Mixing Other Fertilizers with Epsom Salt

This must be preceded by careful attention to the soil’s characteristics and specific nutrient requirements of your plants. It is a fact that Epsom salt is mainly magnesium sulphate hence the presence of essential magnesium and sulfur that can make both organic or synthetic fertilizers they are used with more effective.

Therefore, while integrating Epsom salt with nitrogen-rich fertilizers, the nutrient balance should be checked so that no excessive doses of individual nutrients may cause toxicity or nutritional lockout. For instance, use a well-rounded mixture including one tablespoon of Epsom salts in 10-10-10 NPK fertilizer to solve magnesium deficiencies instead of killing the plants.

On the other hand, combining Epsom salt with phosphorus-heavy fertilizers such as bone meal will promote further root development and flowering since magnesium from it improves phosphorus uptake efficiency. In this case, two tablespoons per plant mixed with half a cup of bone meal at the planting bed preparation stage sounds prudent.

Similarly, when combined with potassium-centric fertilizers like potassium sulfate, adding Epsom salt leads to synergy that results in robustness; for example, it helps support overall health through stress resistance. The recommended way is to mix one tablespoonful of Epsom salts and a gallon of water together during each four weeks of growing season besides normal potassium sulphate application.

Conducting soil tests is very important to accurately identify the nutrient levels present in the soil and accordingly design a fertilizer combination strategy. Monitoring on a regular basis guarantees that plants get an optimal balance, thus reducing the risk of nutrient imbalances and nurturing conditions necessary for strong growth.

Best Practices from Experienced Gardeners

Epsom salt combined with other fertilizers requires experienced gardeners to follow several best practices. The first practice involves regular testing of soil pH to ensure it lies within the recommended range for specific plants grown—which is usually between 6.0 and 7.0 for most vegetables; notable adjustments in pH can considerably affect nutrient uptake efficiency.

What’s more, two crucial factors are related to soil texture and organic matter content. Sandy soils with low organic matter are liable to rapid loss of nutrients; therefore, they can be improved by incorporating well-decomposed compost to increase nutrient retention and water holding capacity.

Additionally, gardening professionals propose accurate measurements when combining Epsom salts and fertilizers. For instance, where you have been required to use a 10-10-10 NPK fertilizer, apply 1 cup per 100 square feet and add another tablespoonful of Epsom salt over every nine square feet to satisfy magnesium deficiency. In higher phosphorus situations like bone meal (approximately 3-15-0 N-P-K ratio), mix one cup of bone meal with two tablespoons of Epsom salts per 100 square feet.

Lastly, constancy in application schedules is emphasized. In accordance with plant needs and soil conditions, fertilizers and Epsom salts ought to be applied after every four or six weeks throughout the growing season as provided by typical programs. This ensures an even nutrient profile through constant monitoring of soil fertility leading to healthier crops that yield more hence increased income for farmers.

Reference sources

Magnesium sulfate

Tomato

Soil test

Frequently Asked Questions (FAQs)

Q: Why do tomatoes need Epsom salt?

A: Epsom salt is good for tomato plants because it provides magnesium, a crucial micronutrient that helps the plants take up essential nutrients like phosphorus and nitrogen from the soil.

Q: How much Epsom salt should I use for my tomato plants?

A: When planting tomatoes, you should add about a tablespoon of Epsom salt to the planting hole. After that, you can mix a teaspoon of Epsom salt with a gallon of water and apply it as a foliar spray every two weeks.

Q: Can I add too much Epsom salt to the soil?

A: Yes, adding too much Epsom salt can lead to an imbalance in the soil, potentially harming your tomato plants. It’s important to use the recommended amount to avoid any negative effects.

Q: Is Epsom salt good for growing tomatoes in containers?

A: Yes, Epsom salt is beneficial for growing tomatoes in containers. It provides the necessary magnesium to the plants, ensuring they have strong cell walls and better overall growth.

Q: When should I add Epsom salt to my tomato plants for the best results?

A: The best time to add Epsom salt is during planting and as a regular supplement throughout the growing season. A foliar spray every two weeks is beneficial.

Q: What do tomato plants look like when they need more magnesium?

A: When tomato plants look pale green or yellow between the veins of the leaves, it’s a sign they need more magnesium. Adding Epsom salt can address this deficiency.

Q: Can Epsom salt help with blossom end rot on tomato plants?

A: Blossom end rot is usually caused by a calcium deficiency, not magnesium. While Epsom salt provides magnesium, you might need to address calcium deficiency with calcium nitrate or another calcium supplement.

Q: How do I apply Epsom salt to pepper plants and cherry tomatoes?

A: Similar to tomato plants, add a tablespoon of Epsom salt to the planting hole for pepper plants and cherry tomatoes. You can also use a foliar spray of one teaspoon of Epsom salt mixed with a gallon of water every two weeks.

Q: Are there other benefits to using Epsom salt in a modern homestead garden?

A: Yes, beyond tomatoes and peppers, Epsom salt can be beneficial for other garden vegetables, promoting self-sufficiency in any size backyard by improving overall plant health.

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