Content
- Why does moss act against snails? - Tips for the application
- Clever defense strategy replaces thorns, bark and poisons
- With liverwort extract against snails - That's how it works
- Tips
Snails avoid moss
Why does moss act against snails? - Tips for the application
For decades, haunted gardeners have been watching hordes of snails destroy ornamental and crop plants. Moss, however, leave the slimy pests on the left. Researchers found that mosses have antifeedant ingredients. How you use this knowledge for the defense of slugs, we are happy to explain.
Clever defense strategy replaces thorns, bark and poisons
As tiny, rootless spore plants, mosses had to come up with something to keep their enemies at bay. Since the green land plants can not resist an attack with sharp thorns, thick bark or poisonous juice, they have discovered the effectiveness of Oxylipinen for themselves. If this scent rises in the nose of an approaching snail alone, its appetite goes away.
With liverwort extract against snails - That's how it works
Field trials revealed that in Lebermoos the antifeedants are in a high concentration. In combination with alcohol, it creates an effective extract that displaces snails without killing them. The effectiveness is comparable to the toxic slug that has been used in the home garden - out of necessity and with a guilty conscience. This is how Lebermoos extract in ornamental and vegetable gardens unfolds its effect:
Incidentally, liverwort extract can also be sprayed preventively to protect your plants from fungal infections. Organic gardeners report good experiences against mildew, blackspot, gray mold or ruffling diseases.
Tips
Moss not only provides effective assistance in the fight against voracious snails, but also filters pollutants from the air. Different species of moss bind heavy metals, particulate matter or even ammonia from car exhaust. Peat mosses form peat, which absorbs an estimated 400 billion tons of carbon worldwide. Such an amount of fuel gas would be able to raise the temperature on the earth, with catastrophic consequences for flora and fauna.