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Importing Wikidata short description: "Practice of dividing the growing area into small square sections"
cleanup; remove books not related to "square foot" gardening; images; straighten out refs/further/extlinks; see talk page
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{{Short description|Practice of dividing the growing area into small square sections}}
{{Short description|Method of divided garden beds}}
{{Use dmy dates|date=December 2023}}
{{More citations needed|find=square foot gardening |date=December 2023 |talk=No real sources}}
[[File:Square-foot-garden.JPG|thumb|Square foot garden in raised bed]]
[[File:Square-foot-garden.JPG|thumb|Square foot garden in raised bed]]
'''Square foot gardening''' is the practice of dividing the growing area into small square sections, typically {{convert|1|foot|cm}} on a side, hence the name. The aim is to assist the planning and creating of a [[Gardening in restricted spaces|small]] but intensively planted [[vegetable]] [[garden]]. It results in a simple and orderly gardening system, from which it draws much of its appeal. [[Mel Bartholomew]] coined the term "square foot gardening" in his 1981 book of the same name.
'''Square foot gardening''' is the practice of dividing the growing area into small square sections, typically {{convert|1|foot|cm}} on a side, hence the name. The aim is to assist the planning and creating of a [[Gardening in restricted spaces|small]] but intensively planted [[vegetable]] [[garden]]. It results in a simple and orderly gardening system, from which it draws much of its appeal. [[Mel Bartholomew]] coined the term "square foot gardening" in his 1981 book of the same name.


==Overview==
==Overview==

[[File:SquareFootGardening.gif|thumb|A basic, 4x4, 16-unit "square-foot garden."]]
[[File:Square-foot-gardening.jpg|thumb|Diagram of a 4'x4' layout showing various planting densities per square foot]]
The phrase "square foot gardening" was popularized by [[Mel Bartholomew]] in a 1981 [[Rodale, Inc.]] book<ref>{{Cite book|last=Bartholomew|first=Mel|title=Square Foot Gardening|publisher=Rodale|year=1981|isbn=9780878573417|location=|pages=}}</ref> and subsequent [[PBS]] television series.<ref>{{Cite web|title=History|url=https://squarefootgardening.org/about-us/history/|access-date=2021-02-15|website=Square Foot Gardening|language=en-US}}</ref> Bartholomew, a retired engineer, devised a raised {{convert|4|x|4|ft}} square bed with a grid. Each of these 4 by 4 square beds was then divided into sixteen one-foot squares, the grid. Each square is planted with a different crop species based on a formulation of either one, four, nine or sixteen plants per square depending on the plant's overall size. Once a “square foot” is harvested, a different crop can be planted for a continual harvest.
[[File:Jardin en carrés.jpg|thumb|Strings are just a guide for plant spacing]]
To encourage a variety of different crops in succession, and to discourage pests, each square is used for a different kind of plant ([[crop rotation]]) within the growing season. The number of plants per square depends on an individual plant's size. For example, a single [[tomato]] plant takes a full square, as might herbs such as [[oregano]], [[basil]] or [[Mentha|mint]], while [[lettuce]] plants would be planted four per square, and up to sixteen per square of plants such as [[radish]] or carrots. Tall plants are trellised on the north side (in the [[Northern Hemisphere]]) of the bed to avoid shading smaller plants and prevent sprawling on the ground.
[[File:Confinement 2020 - un des carrés de jardin.jpg|thumb|Wood dividers]]
The phrase "square foot gardening" was popularized by [[Mel Bartholomew]] in a 1981 [[Rodale, Inc.]] book<ref>{{Cite book|last=Bartholomew|first=Mel|title=Square Foot Gardening|publisher=Rodale|year=1981|isbn=9780878573417|location=|pages=}}</ref> and subsequent [[PBS]] television series.<ref>{{Cite web|title=History |url=https://squarefootgardening.org/about-us/history/ |access-date=2021-02-15 |website=Square Foot Gardening Foundation}}</ref> Bartholomew, a retired engineer, devised a raised {{convert|4|x|4|ft}} square bed with a grid. Each of these 4 by 4 square beds was then divided into sixteen one-foot squares, the grid. Each square is planted with a different crop species based on a formulation of either one, four, nine or sixteen plants per square depending on the plant's overall size. Once a “square foot” is harvested, a different crop can be planted for a continual harvest.
To encourage a variety of different crops in succession, and to discourage pests, each square is used for a different kind of plant ([[crop rotation]]) within the growing season. The number of plants per square depends on an individual plant's size. For example, a single [[tomato]] plant takes a full square, as might herbs such as [[oregano]], [[basil]] or [[Mentha|mint]], while [[lettuce]] plants would be planted four per square, and up to sixteen per square of plants such as [[radish]] or carrots. Tall plants are trellised on the north side (in the Northern Hemisphere) of the bed to avoid shading smaller plants and prevent sprawling on the ground.


One advantage of densely planted crops is that they can form a living [[mulch]] and can also prevent [[weed]]s from establishing or even germinating. Also, natural insect repellent methods such as [[companion planting]] become more efficient in a close space, which may reduce the need to use [[pesticide]]s. The large variety of crops in a small space also prevents plant diseases from spreading easily.<ref>{{cite journal|title = Biodiversity loss affects global disease ecology|first1 = Montira J.|last1 = Pongsiri|first2 = Joe|last2 = Roman|author-link2 = Joe Roman|first3 = Vanessa O.|last3 = Ezenwa|first4 = Tony L.|last4 = Goldberg|first5 = Hillel S.|last5 = Koren|first6 = Stephen C.|last6 = Newbold|first7 = Richard S.|last7 = Ostfeld|first8 = Subhrendu K.|last8 = Pattanayak|first9 = Daniel J.|last9 = Salkeld|journal = [[BioScience]]|year = 2009|volume = 59|issue = 11|pages = 945–954|doi = 10.1525/bio.2009.59.11.6|doi-access = free|url = https://academic.oup.com/bioscience/article-pdf/59/11/945/696758/59-11-945.pdf}}</ref>
One advantage of densely planted crops is that they can form a living [[mulch]] and can also prevent [[weed]]s from establishing or even germinating. Also, natural insect repellent methods such as [[companion planting]] become more efficient in a close space, which may reduce the need to use [[pesticide]]s. The large variety of crops in a small space also prevents plant diseases from spreading easily.<ref>{{cite journal|title = Biodiversity loss affects global disease ecology|first1 = Montira J.|last1 = Pongsiri|first2 = Joe|last2 = Roman|author-link2 = Joe Roman|first3 = Vanessa O.|last3 = Ezenwa|first4 = Tony L.|last4 = Goldberg|first5 = Hillel S.|last5 = Koren|first6 = Stephen C.|last6 = Newbold|first7 = Richard S.|last7 = Ostfeld|first8 = Subhrendu K.|last8 = Pattanayak|first9 = Daniel J.|last9 = Salkeld|journal = [[BioScience]]|year = 2009|volume = 59|issue = 11|pages = 945–954|doi = 10.1525/bio.2009.59.11.6|doi-access = free|url = https://academic.oup.com/bioscience/article-pdf/59/11/945/696758/59-11-945.pdf}}</ref>
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==Further reading==
==Further reading==
* {{cite book | url=https://books.google.com/books?id=Kvy1DZ6wjIkC&q=all+new+square+foot+gardening | title=''All New Square Foot Gardening'' | publisher=Cool Springs Press | edition=2nd | year=2013 | access-date=Jan 30, 2015 | author=Bartholomew, Mel| isbn=978-1591865483 }} {{ISBN|1591865484}}
* {{cite book | url=https://books.google.com/books?id=Kvy1DZ6wjIkC&q=all+new+square+foot+gardening | title=All New Square Foot Gardening | publisher=Cool Springs Press | edition=2nd | year=2013 |last=Bartholomew |first=Mel |author-link=Mel Bartholomew | isbn=978-1591865483 |ol=27153546M}}
* {{cite book | url=https://books.google.com/books?id=OPQXAfANf08C&q=Fresh+food+from+small+spaces+:+the+square-inch+gardener's+guide+to+year-round+growing,+fermenting,+and+sprouting | title=''Fresh Food from Small Spaces: The Square-Inch Gardener's Guide to Year-Round Growing, Fermenting, and Sprouting'' | publisher=Chelsea Green Pub. Co. | year=2008 | access-date=May 31, 2012 | author=Ruppenthal, R J| isbn=9781603581455 }} {{ISBN|9781603580281}}
* {{cite book | url=https://books.google.com/books?id=KBdptpIKxJ0C&q=Cubed+foot+gardening+:+growing+vegetables+in+raised+intensive+beds | title=Cubed Foot Gardening: Growing Vegetables in Raised, Intensive Beds | publisher=Lyons Press | year=2001 |last=Bird |first=Christopher| isbn=9781585743124 |ol=8818549M}}
* {{cite book | url=https://books.google.com/books?id=KBdptpIKxJ0C&q=Cubed+foot+gardening+:+growing+vegetables+in+raised+intensive+beds | title=''Cubed Foot Gardening: Growing Vegetables in Raised, Intensive Beds'' | publisher=Lyons Press | year=2001 | access-date=May 31, 2012 | author=Bird, Christopher| isbn=9781599215914 }} {{ISBN|1585743127}}
* {{Cite web |url=https://www.wilsongardenpots.com/a/square-foot-gardening |title=Square Foot Gardening Planting Guide for Beginners |website=Wilson Garden Co., Ltd}}
* {{Cite web |url=https://myhomemyglobe.com/how-to-build-a-square-foot-garden/ |title=How To Build A Square Foot Garden! A Step By Step Guide |website=myhomemyglobe}}
* {{cite book | url=https://books.google.com/books?id=V2xjXvDTr1QC&q=One+magic+square+:+the+easy,+organic+way+to+grow+your+own+food+on+a+3-foot+square | title=''One Magic Square: The Easy, Organic Way to Grow Your Own Food on a 3-Foot Square'' | publisher=Experiment | year=2010 | access-date=May 31, 2012 | author=Houbein, Lolo| isbn=9781615191130 }} {{ISBN|9781615190126}}
* {{cite book | url=https://books.google.com/books?id=uGrflpdFD-kC&q=Gardening+in+small+spaces | title=''Gardening in Small Spaces'' | publisher=The Taunton Press, Inc. | year=2005 | access-date=May 31, 2012 | author=(Fine Gardening)| isbn=9781561585809 }}
* {{cite book | url=https://books.google.com/books?id=5XgO3sHU2XUC&q=Square+Foot+Gardening&pg=PT170 | title=''The Complete Idiot's Guide to Vegetable Gardening'' | publisher=Alpha | year=2009 | access-date=May 31, 2012 |author1=Bowman, Daria Price |author2=Price, C A | isbn=9781101022139 }} {{ISBN|9781592579075}}


==External links==
==External links==
{{commons}}
{{commons}}
* [http://www.squarefootgardening.org/ Square Foot Gardening Foundation]
* [http://www.squarefootgardening.org/ Square Foot Gardening Foundation]

* [https://myhomemyglobe.com/how-to-build-a-square-foot-garden/ Step By Step Square Foot Gardening]
* [https://www.wilsongardenpots.com/a/square-foot-gardening Square Foot Gardening for Beginners]
{{Horticulture and gardening}}
{{Horticulture and gardening}}
{{Subject bar|portal1=Gardening|portal2=Agriculture and Agronomy}}
{{Subject bar|portal1=Gardening|portal2=Agriculture and Agronomy}}

Revision as of 20:21, 24 December 2023

Square foot garden in raised bed

Square foot gardening is the practice of dividing the growing area into small square sections, typically 1 foot (30 cm) on a side, hence the name. The aim is to assist the planning and creating of a small but intensively planted vegetable garden. It results in a simple and orderly gardening system, from which it draws much of its appeal. Mel Bartholomew coined the term "square foot gardening" in his 1981 book of the same name.

Overview

Diagram of a 4'x4' layout showing various planting densities per square foot
Strings are just a guide for plant spacing
Wood dividers

The phrase "square foot gardening" was popularized by Mel Bartholomew in a 1981 Rodale, Inc. book[1] and subsequent PBS television series.[2] Bartholomew, a retired engineer, devised a raised 4 by 4 feet (1.2 m × 1.2 m) square bed with a grid. Each of these 4 by 4 square beds was then divided into sixteen one-foot squares, the grid. Each square is planted with a different crop species based on a formulation of either one, four, nine or sixteen plants per square depending on the plant's overall size. Once a “square foot” is harvested, a different crop can be planted for a continual harvest. To encourage a variety of different crops in succession, and to discourage pests, each square is used for a different kind of plant (crop rotation) within the growing season. The number of plants per square depends on an individual plant's size. For example, a single tomato plant takes a full square, as might herbs such as oregano, basil or mint, while lettuce plants would be planted four per square, and up to sixteen per square of plants such as radish or carrots. Tall plants are trellised on the north side (in the Northern Hemisphere) of the bed to avoid shading smaller plants and prevent sprawling on the ground.

One advantage of densely planted crops is that they can form a living mulch and can also prevent weeds from establishing or even germinating. Also, natural insect repellent methods such as companion planting become more efficient in a close space, which may reduce the need to use pesticides. The large variety of crops in a small space also prevents plant diseases from spreading easily.[3]

Since the beds are typically small, making covers or cages to protect plants from pests, cold, wind or too much sun is more practical than with larger gardens. To extend the growing season of a square foot garden, a cold/hot frame may be built around it, and by facing the cold/hot frame south, the square foot garden captures more light and heat during the colder months of spring and winter.

In 2006 Bartholemew updated the concept with the book "All New Square Foot Gardening", which advocates using “Mel’s Mix” created by Bartholomew. After much experimentation, Bartholomew concluded that his formulation of 1/3 peat moss or coconut coir, 1/3 vermiculite and 1/3 blended compost yielded superior results in only a 6 inches (15 cm) depth. The benefits of the mix included keeping soil friable and virtually weed free with all the necessary nutrients. This mix eliminated the need for artificial fertilizer as compost is added each time you re-plant a square which provides enough nutrients naturally.

See also

References

  1. ^ Bartholomew, Mel (1981). Square Foot Gardening. Rodale. ISBN 9780878573417.
  2. ^ "History". Square Foot Gardening Foundation. Retrieved 15 February 2021.
  3. ^ Pongsiri, Montira J.; Roman, Joe; Ezenwa, Vanessa O.; Goldberg, Tony L.; Koren, Hillel S.; Newbold, Stephen C.; Ostfeld, Richard S.; Pattanayak, Subhrendu K.; Salkeld, Daniel J. (2009). "Biodiversity loss affects global disease ecology" (PDF). BioScience. 59 (11): 945–954. doi:10.1525/bio.2009.59.11.6.

Further reading