JavaScript seems to be disabled in your browser. You must have JavaScript enabled in your browser to utilise the functionality of this website.
Browse or search our incredible range of 12,000+ second-hand books online. If you can't find what you're looking for, visit one of our stores to browse some of our 400,000+ books in stock.
Read More
$50.00
1 in stock
FAUNA & FLORA General –
Regenerative practices for the farm, garden, orchard, forest, and landscape
Mycorrhizal fungi have been waiting a long time for people to recognize just how important they are to the making of dynamic soils. These microscopic organisms partner with the root systems of approximately 95 percent of the plants on Earth, and they sequester carbon in much more meaningful ways than human “carbon offsets” will ever achieve. Pick up a handful of old-growth forest soil and you are holding 26 miles of threadlike fungal mycelia, if it could be stretched it out in a straight line. Most of these soil fungi are mycorrhizal, supporting plant health in elegant and sophisticated ways. The boost to green immune function in plants and community-wide networking turns out to be the true basis of ecosystem resiliency. A profound intelligence exists in the underground nutrient exchange between fungi and plant roots, which in turn determines the nutrient density of the foods we grow and eat.
pp. 256 illusts First Edition. #281026
Hardcover. Laminated boards
FINE!
Elizabeth’s Bookshops have been one of Australia’s premier independent book dealers since 1973. Elizabeth’s family-owned business operates four branches in Perth CBD, Fremantle (WA), and Newtown (NSW). All orders are dispatched within 24 hours from our Fremantle Warehouse.
All items can be viewed at Elizabeth’s Bookshop Warehouse, 23 Queen Victoria Street, Fremantle WA. Click & Collect (no postage cost!) is available at all branches.
URL: https://www.elizabethsbookshop.com.au/shop/fauna-and-flora/general-fauna-flora/mycorrhizal-planet-how-symbiotic-fungi-work-with-roots-to-support-plant-health-and-build-soil-fertility