Subscriptions - Maximum Yield Cannabis USA November/December 2020 | Page 14
bare
ROOTS
Featured Contributors
CB
Chris Bond’s research interests
are with sustainable agriculture,
biological pest control, and
alternative growing methods.
He is a certified permaculture
designer and certified nursery
technician in Ohio and a certified
nursery professional in New York,
where he got his start in growing.
MC
Michael Coffey, a.k.a. Top Shelf
Grower is a cannabis cultivator,
freelance writer, photographer, and
YouTuber originally from Dublin,
Ireland. These days he’s on the
loose creating dope content from an
off-the-grid location somewhere. In
2018 he self-published his first book,
Cannabis Cultivation a 21st Century
Guide, available on Amazon.
VOLUME 3 NUMBER 6
November/December 2020
Maximum Yield Cannabis is published bi-monthly by
Maximum Yield Inc. No part of this magazine may be
reproduced without permission from the publisher. If undeliverable
please return to the address below. The views
expressed by columnists are personal opinions and do not
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Publication Agreement Number 40739092
Printed in Canada
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Phone: 250.729.2677; Fax 250.729.2687
Contributors
+ Keith Bouchard
Sebastian Carosi
Kasey Craig
Kent Gruetzmacher
Rich Hamilton
Lee G. Lyzit
Kyle LeGrow
Karen Lloyd
Monica Mansfield
Eloise Theisen
Watermelon
Jessica Zimmer
MYCORRHIZAE
Maximum Yield Cannabis
is now available on magazine
stands across the USA!
Maximum Yield Cannabis is
distributed direct to retailers,
medical clinics, and dispensaries with
distribution support from our partners:
Great Lakes Garden Wholesale
greatlakesgardenwholesale.com
Grow Green Michigan
growgreenmi.com
Mycorrhizae are a form of fungus which can form a mutually beneficial symbiosis
with a plant’s root system to increases efficiency of nutrient uptake exponentially.
Mycorrhizae exist as microscopic threads called hyphae. The hyphae create a
complex interconnected web called a mycelium. The mycelium network thus created
increases the root’s ability to absorb water and other macronutrients from the soil by
increasing the available surface area for uptake. Mycorrhizae also release powerful
enzymes that assist in this uptake. In return, plants will take excess sugar produced
in the leaves through photosynthesis and send it to the roots. From here, the
mycorrhizae are able to absorb it to sustain themselves.
A mycelium network can grow much smaller and much more complex
than a plant’s roots. Hyphae can fit between individual, microscopic pieces of soil.
They are the roots of a plants roots.
Mycorrhizae also help protect plants against toxins and to be more resistant to
different types of plant diseases, particularly soil-borne illnesses. Mycorrhizal
inoculants can be added to the soil to encourage the growth of mycelial networks
but it is important to note that there are various plant-specific strains and therefore
understanding your specific needs is key.
Check out Rich Hamilton's article on page 40 for more information.
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