How to fix hydrophobic or water repellent soils with organic wetting agents скачать в хорошем качестве

How to fix hydrophobic or water repellent soils with organic wetting agents

Whether it’s sandy, coastal soils or older potting mixes, many of our growing mediums can become hydrophobic, or water repellent, over time. Josh is finding that one of his indoor plants, a Peace Lily (Spathiphyllum sp.) is not retaining moisture, and in fact all of the water is running down the side of the potting mix and out the bottom of the pot immediately. To cure this, Josh suggests the following – a good old-fashioned dunking! You'll need: One large bucket or tub of water An organic wetting agent – 1 cap Liquid fish emulsion – 1 cap Seaweed extract – 1 cap Combine all ingredients in bucket and stir to combine. Gently place plant (in pot) into the mixture, allowing all air bubbles to escape, and leave pot submerged for around 30secs. Remove pot form mixture and allow excess water to drain away. This process has not only resolved the hydrophobia, it has also reinvigorated the soil. The remaining brew can either be utilised for other pots to be dunked or applied to the garden. Watch Gardening Australia on ABC iview: http://iview.abc.net.au/programs/gard... SUBSCRIBE: http://ab.co/GardeningYouTube About Gardening Australia: Gardening Australia is an ABC TV program providing gardening know-how and inspiration. Presented by Australia's leading horticultural experts, Gardening Australia is a valuable resource to all gardeners through the television program, the magazine, books, DVDs and extensive online content. Connect with other Gardening Australia fans: Like Gardening Australia on Facebook:   / gardeningaustralia   Follow Gardening Australia on Instagram:   / gardeningaustralia   Visit the Gardening Australia website: http://www.abc.net.au/gardening This is an official Australian Broadcasting Corporation YouTube channel. ******** Contributions may be removed if they violate ABC's Online Conditions of Use http://www.abc.net.au/conditions.htm (Section 3).