Softwoods
A forest is a carbon bank, every tree a deposit.
Traditional citrus orchards space trees a distance apart in linear rows. Rowed trees are susceptible to crop damaging frosts due to wide thoroughfares that provide access for spray and harvest equipment. Trees are watered from above with pole mounted spray nozzles or from below using drip line emitters. In both systems, an extraordinary amount of water is used particularly with spray nozzle irrigation.
Designing orchards to grow citrus trees that grow more fruit per tree involves several factors such as irrigation, soil type, and spacing between citrus trees and rows. Here are some considerations for each aspect:
In summary, when designing a citrus tree orchard, it's important to consider irrigation, soil type, and spacing between trees and rows to ensure the best possible growing conditions for the trees and maximize productivity.
Unlike a traditional orchard, which is planted in parallel rows, citrus trees are planted in Archimedean spirals that are geometrically shaped to lower water use, defend against seasonal fluctuations in temperature, disease, and improve production per acre. Two types of Archimedeancan be utilized: open space spirals and closed space spirals.
Open space spirals space trees about 30 feet on center and are allowed to branch and cover a 20 x 20 foot area in a Crop Circle Citrus Orchard planted with 280 trees on 4 acres. The 4-acre orchard features two double spirals that mirror each another, that is to say, adjacent to one another. Prune, spray and harvest equipment have ample room to crisscross throughout the orchard. The open planting pattern encourages each tree to grow long lateral branches and set more fruit.
Closed space spirals space trees much closer together, about 10 feet apart. A vertical support structure is erected along the length of each irrigation line in each spiral. Tree branches are trained to grow horizontally from each side of the vertical trunk tied to horizontal supports mounted on the vertical support structure to grow a fruit bearing hedge.
After a few years of trial and error, these high yield orchardists figured out how to increase production from these fruit trees where they eventually surpassed the production of a low-density orchard, sometimes by as much as 2 to 1. Fruit trees were planted 2 feet apart and pruned to create “long parallel hedges” just 2 to 3 feet wide in full leaf. Tree rows set 10 feet apart allow passage of equipment.
Crop Circle Orchards support all varieties of temperate climate fruit trees including Lemon, Lime, Orange, Grapefruit, Tangerine and Kumquat trees.
Initially, citrus trees were grown for their flowers rather than their fruit, which was considered inedible because heirloom fruit tasted bitter and sour – not sweet at all. As the use of fragrant flowers of citrus trees spread from India (where most citrus trees originate) to the Mediterranean, farmers began to experiment with the fruits, gradually cross breeding citrus trees until they started to produce sweeter fruit. Today, there are literally millions of acres of citrus trees growing in over 50 countries producing many varieties of citrus including new varieties of lemon, lime, orange, grapefruit, tangerine and kumquat.
A Crop Circle Citrus Orchard will produce between 40,000 and 60,000 oranges on average. Types of orange trees that are ideally suited for this system include Valencia oranges used for juicing, Navel oranges for eating and Blood oranges that look more like a grapefruit than an orange. Diseases common to conventional orange groves can be significantly diminished if not entirely eradicated growing oranges with the Archimedean spiral system. Some of these include spotting, cankers, and root rot. Some of insects repelled by the energy created within the Archimedean spiral include aphids, snails, scale and mealybugs.
There are many orange tree varieties, each with its unique characteristics in terms of fruit size, shape, color, flavor, and tree growth habits. Here are some of the most common orange tree varieties:
Other orange tree varieties include Seville, Pineapple, Trovita, and Jaffa oranges. Each variety has its own unique characteristics and is suited to different growing conditions and climates.
An Archimedean spiral will produce between 50,000 and 200,000 lemons depending on the lineal length of the spiral. All types of lemon trees are suitable for the Archimedean spiral orchard including Lisbon lemon, Meyer lemon and the unusual Pink Eureka lemon. Diseases common to lemon orchards like citrus scab, anthracnose, root rot and several types of fungus are a rarity in an Archimedean spiral orchard. Energy fields created by the spirals repel some of the insects that afflict traditional row orchards including spiders, fruit flies, aphids and mites.
Here are some of the most common lemon tree varieties:
Other lemon tree varieties include Genoa, Femminello, Villafranca, and Verna lemons. Each variety has its own unique characteristics and is suited to different growing conditions and climates. When selecting a lemon tree variety, it's important to consider factors such as climate, soil type, and disease resistance to ensure the best possible growing conditions for the tree.
Generally, more productive than lemon trees, lime trees produce about 300 limes per tree. A 4 acre open space Archimedean spiral produces approximately 85,000 limes, while a closed space Archimedean spiral yields over 340,000 limes per acre. Bearss lime, Kaffir lime and Key lime trees benefit from this system. As with Archimedean lemon production, many diseases are avoided and insects like spiders, fruit flies, aphids and mites may be repelled.
Here are some of the most common lime tree varieties:
Other lime tree varieties include Tahitian Lime, Rangpur Lime, and Australian Finger Lime. Each variety has its own unique characteristics and is suited to different growing conditions and climates.
Grapefruit is best grown in an open space Archimedean spiral. Grapefruit is large, setting heavy fruit intermittently throughout the tree. Tree branches need to be robust and quite large to support the weight. All types of grapefruit benefit from this growing system including Thompson grapefruit, Pink Grapefruit and Ruby Red grapefruit. Diseases common to row groves such as tristeza virus, psorosis, sooty canker, Rio Grande gummosis and yellow dragon disease can be greatly diminished or eliminated altogether. Some pests and insects can be eliminated as well, including citrus leaf miner, leaf scales and thrips.
Here are some of the most common grapefruit tree varieties:
Other grapefruit tree varieties include Marsh, Flame, and Thompson Pink. Each variety has its own unique characteristics and is suited to different growing conditions and climates.
Kumquat trees produce fewer fruit per tree than other variety of citrus tree including lemons and limes. Growing Kumquat in an Archimedean spiral would increase production and improve profits for a citrus orchardist. A fruit bearing tree will produce about 50 Kumquats averaging between 14,000 and 56,000 Kumquats per acre. Many types of Kumquats are suitable for these growing methods including Florida Kumquat, California Kumquats, Texas Kumquats and Australian Kumquats. Diseases common to Kumquats such as scab, algal leaf spot, greasy spot, anthracnose, melanose, fruit rot, stem-end rot and gummosis are minimized if not eliminated using the Archimedean spiral orchard system.
More about kumquat tree varieties:
Other kumquat tree varieties include the Jiangsu Kumquat, Fukushu Kumquat, and Centennial Variegated Kumquat. Each variety has its own unique characteristics and is suited to different growing conditions and climates.
Tangerine varieties like Dancy, Murcott and Clementine tangerines produce well in a an Archimedean spiral orchard. Spacing 1,500 trees along the spiraled irrigation lines of both back-to-back spirals will produce 100,000 tangerines on 4 acres. Damaging pests and disease are minimized by the energy field created within the spiral so an orchardist can grow organically without the use of harmful pesticides and herbicides.
There are several types of tangerine trees, each with its unique characteristics in terms of fruit size, shape, color, flavor, and tree growth habits. Here are some of the most common tangerine tree varieties:
Other tangerine tree varieties include the Murcott, Nova, and Page tangerines. Each variety has its own unique characteristics and is suited to different growing conditions and climates.
From maple to oak, hardwoods whisper of centuries past, their slow growth a testament to patience and value over time.
Partner with us in a land management project to repurpose agricultural lands into appreciating tree assets. We have partnered with growingtogive.org, a 501c3 nonprofit, to create tree planting partnerships with land donors.
We have partnered with growingtogive.org, a Washington State nonprofit to create a land and tree partnership program that repurposes agricultural land into appreciating tree assets.
The program utilizes privately owned land to plant trees that would benefit both the landowner and the environment.
If you have 100 acres or more of flat, fallow farmland and would like to plant trees, then we would like to talk to you. There are no costs to enter the program. You own the land; you own the trees we plant for free and there are no restrictions; you can sell or transfer the land with the trees anytime.
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