Yes, Epsom salts can help the roots recover from transplant shock. When plants are transplanted, the shock might cause them to grow weak and wither. The use of Epsom salt significantly reduces the shock.

Use one cup of Epsom salt per 100 square feet of soil while preparing the soil for transplanting, and water – even soak – the plant well before transplanting.


Here are more tips on using Epsom salts during transplanting.

  1. Fill the transplant destination location, whether it’s potting containers or target holes in the garden, with top quality soil.
  2. Before transplanting, thoroughly water all of the plants to be transplanted. Also, moisten the area and/or soil where the fresh transplants will be placed.
  3. Mix Epsom salts at a ratio of one tablespoon to one gallon of water. Saturate the transplanting location with water before adding the Epsom mixture.
  4. Make every effort to keep the roots as undisturbed as possible when relocating the plant from its original position. To keep dirt from slipping off the plant, grip the plant base with a flat palm.
  5. Place the plant in the desired hole or container, taking special care not to injure the roots.
  6. Water the plant lightly with the Epsom salt solution.

Comments

Leave a Reply

More From Gardening Calendar

Saskatoon Berry Bush Adapts

Discover the unique Saskatoon Berry Bush, a native of the Canadian Prairies. It withstands temperatures ranging -50° C to -60° C and yields sweet and nutty fruit with multiple health benefits. Learn more about planting and using this Rose family member in food and brewing!

Planting in the Sun

Meta Description: In this article, Judith discusses her experience and successes with garden design and placement, including better utilization of the sun, potatoes, squash, and zucchini. Learn helpful tips to ensure a successful gardening season.

Hügelkultur for Winter Compost

Learn about hügelkultur raised beds for composting and attracting wildlife. Improve soil fertility, water retention and provide for sustainable plant growth.