Growing Lemon Trees: Type, Care and Diseases
Having lemon trees in your backyard means enjoying the fresh flavour daily with all your drinks and meals. Pluck a lemon, cut in half, squeeze it over the meal and enjoy how wonderful it is?
Lemons, being a symbol of exotic tropical, are low maintenance easy to plant and grow. With its aromatic leaves and citrus scent that spreads out, the lemon tree never fails to perk up any garden. Do you want to grow your own lemons too? Don’t heed out; stick with us as we embark on a journey to learn about the types of lemon trees, their specific growth requirements, and the necessary care needed to grow a lemon tree.
Lemon Trees Growth
The Lemon trees can be planted just after the end of frost in the early spring. Lemon trees don’t like soggy and cold conditions. While selecting a plantation site, make sure that the site is well-drained and has a full sunspot for the tree. Moreover, if there are indications for chills then always plant your lemon tree against the south-western wall and shelter it.

What shall be the spacing, depth, and support for lemon trees?
While planting lemon trees, remember that lemon trees usually grow tall up to 10-20 feet and 10-15 feet wide, so space them accordingly. For the dig depth, it is recommended to make it twice the length of the root ball. If the root ball of the sapling is like half a foot, then dig a foot in length. Lemon trees don’t require initial support, but once they take up fruit, they do require support. You can place them against the wall or give them a stick of support.
Lemon Tree Types
There are three main types of lemon trees: Meyer, Eureka, and Lisbon.
A) Meyer
One of the amazing flavours of a lemon tree with the versatility of growing both indoors and outdoors is the Meyer Lemon. The Meyer lemons are known for their reduced acid content and sweet and savoury flavours. Meyer lemons have a thin skin, which allows the citrus juice to fully develop, making them a perfect choice for sprinkling over salads and desserts.

The Meyer lemons are thorn less and can be cultivated all year. Meyer lemons are ideal to be grown in pots they can reach up to the heights of 10-15 feet tall.
B) Eureka
The Eureka lemons are a top choice to be grown indoors over the patio because of their dwarf size and easy harvesting. Eureka lemons are effortless home-grown fruits with the benefits of drought tolerance. With their sweet flavour, Eureka lemons are lemonade's favourite. Eureka lemons can’t survive cold conditions and are best suited for warmer areas. They spread sideways, and are adaptable to a variety of soil conditions while being safe from pests and diseases.

C) Lisbon
Lisbon produces its main lemon fruit in the winter and is cold tolerant. Lisbon trees have thorns, and their fruit has more seeds than that of Eureka lemons. The fruit, in terms of Lisbon, grows inside the tree, where it remains protected from the chills. Lisbon lemons have denser foliage and are more upright plants than Eureka.

Lemon Trees Care
Lemon trees grow well in sunny to full sun conditions. For a healthy fruit ripening lemon tree requires at least six to eight hours of sunlight each day. So, plant your lemon tree in an area where it gets a sufficient amount of sunlight.
If you plan to plant your tree in a pot indoors, then it's useful to place the pot over a trolley. With a trolley, the pot can be easily moved around to places where the sun shines well to ensure the best growing conditions.
Soil
Mainly citrus fruits like oranges and lemons require soil of medium to slight acidic texture and moderate depth for effective fruit ripening. Lemons require soil that are well drained.
Water
Lemon trees, during initial planting and establishment, require frequent watering, like twice a week. But once grown to length, they prefer moderate rainfall. As they mature up, they develop drought tolerance and can thrive in nearly no water conditions too. During warm summers, keep the soil around lemons moist, especially for young trees. While watering lemon trees, be careful not to over water or waterlog the plant. Excess watering results in the yellowing of leaves, which shed over time.

Temperature and Humidity
Lemon trees prefer warmer temperatures and humid conditions. Ideal lemons growth occurs when humidity is close to 50% and the temperature is between 75-85 Fahrenheit. Young lemon trees are sensitive towards cold conditions so if the temperature drops, you must pay extra attention for their shelter.
Pruning of Lemon Trees
Different lemon tree types have different growth styles and therefore have different pruning requirements. Prioritise pruning your lemon trees with long lateral branches for improved fruit growth and aesthetics. Pruning improves airflow between the branches and allows light to penetrate the centre. You can pinch out the foliage to control the shape and encourage bloom. Frequent pruning of the young trees can encourage a good branch structure. The upright growth habit of the Lisbon lemon trees can be maintained by regular pruning and, hence, can increase fruit production too.
Fertilizers
Fertilisers encourage healthy growth and boost fruit production. Lemon trees are energy-hungry trees; additives like Nitrogen, phosphorus, and Potassium in the soil can improve healthy fruit growth and make the fruit riper. We recommended benefitting your lemons with nitrogen rich fertilizers every four to six weeks.
Harvesting
The best part about growing and caring for lemon trees is the harvesting time. Harvesting the lemons is way easier than it seems. You can pluck the lemons when their skin is yellow or yellow green. Most of the lemons are ready to harvest at the end of each season.
Common Pests and Diseases of Lemon Trees
Lemons from lemon trees are one of nature's wonderful gifts. Meanwhile, the fruit lemon trees also attract hosts of pests and plant diseases. Citrus leaf miners, mites, scale insects, and aphids are among the pests that frequent lemon trees.
Diseases usually discolour the leaves of lemon trees. Among the diseases these five commons shall be observed:

1) Citrus Greening
Citrus greening is a bacterial disease that is characterised by yellow-blotchy leaves and disfigured fruit.
2) Citrus Canker
Pinpoint spots over the leaves that enlarge and develop as yellow halos are referred to as citrus canker. It’s a common plant disease in lemons that can only be cured by full sun baths and fungicide treatments.
3) Greasy spot disease
Yellow spots over the leaves that turn into blisters are the symptoms of greasy spot disease. Greasy spot is a fungus disease that occurs during humid, wet weather and vanishes under full sun.
4) Melanose
Melanose is another fungal disease that occurs during the rainy season. Raised, sunken lesions that are rough in texture and crack out over time are the symptoms of Melanose.
5) Citrus Scabs
Corky growth over the stem, leaves, and fruit is referred to as citrus scabs. Citrus scabs can only be controlled with copper-based fungicides.
Conclusion
The lemon tree offers the opportunity to enjoy fresh, flavourful lemons daily. With low maintenance and specific care requirements, lemon trees can add a citrus scent to your garden. By selecting the right lemon tree variety and providing adequate sunlight, well-drained soil, and proper watering, one can ensure healthy growth and bountiful harvests. Although pests and diseases can pose challenges, but taking proactive measures can help protect your lemon trees.
Embrace the joy of cultivating your own lemons and enhance your drinks and meals with their wonderful flavour.
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References
CPG12/CG093: 2022–2023 Florida Citrus Production Guide: Irrigation Management of Citrus Trees. edis.ifas.ufl.edu/publication/CG093. Accessed 6 July 2023.
“Citrus: Lemons, Oranges, and Limes.” Almanac.com, www.almanac.com/plant/citrus-lemons-oranges-and-limes. Accessed 6 July 2023.
Lutz, Amanda. “How to Grow and Care for a Meyer Lemon Tree.” Architectural Digest, 9 June 2023, www.architecturaldigest.com/reviews/home-products/meyer-lemon-tree.
Lemon | Diseases and Pests, Description, Uses, Propagation. plantvillage.psu.edu/topics/lemon/infos. Accessed 6 July 2023.
Tasmanian Blue Gum (Eucalyptus Globulus)
Tasmanian Blue gum, scientifically named Eucalyptus Globulus, is an evergreen plant with broad leaves. Eucalyptus Globulus has its native roots in South Eastern Australia but is mainly cultivated for pulp paper production in Europe. Tasmanian Blue Gum is widely cultivated across the globe for its fast land adaptation and fast-growing aptitude. Tasmanian Blue Gum is renowned for its beautiful appearance, aromatic foliage, and valuable timber. Eucalyptus species have mostly smooth bark and juvenile leaves. These trees contribute to the character and heritage of South Eastern Australia.
History of Tasmanian Blue Gum Eucalyptus Globulus
Eucalyptus Globulus was one of the first parental species of Eucalyptus bought for cultivation. In 1799, they were formally described by a French Botanist, Labillardiere. Therefore, the plant is named after him, Eucalyptus Globulus Labill. In the mid-19th century, Tasmanian Blue Gum was planted for industrial purposes to extract timber and lapidify paper production. The plant covers over 1.3 million hectares of land throughout Europe.
Nomenclature and Taxonomy Tree
Nomenclature |
|
Plant Common name: | Tasmanian Blue Gum |
Plant Scientific / Botanical Name: | Eucalyptus globulus |
Plant EPPO Code: | EUCGL (Eucalyptus Globulus) |
Plant Trade Name: | Southern Blue Gum |
Plant Class: | Dicotyledonae |
Plant Order: | Myrtales |
Taxonomy Tree | |
Plant Domain Name: | Eukaryota |
Plant Kingdom Name: | Plantae |
Plant Phylum Name: | Spermatophyta |
Plant Subphylum Name: | Angiospermae |
Plant Family: | Myrtaceae |
Plant Genus: | Eucalyptus |
Plant Species: | Eucalyptus globulus |

Tasmanian Blue Gum Plant Type
Perennial:
Tasmanian blue gums live for more than two years. Therefore, they are referred to as perennial-type plants. Perennial-type plants undergo growth cycles from reproduction to dormancy and finally persist.
Broadleaved:
Tasmanian Blue Gums have wide, broad leaves. Their flat and widespread leaves help them accumulate more sunlight than other species. Being a hardwood tree, broad leaves add a distinct appearance to their overall look.

Seed Propagated:
Among different kinds of reproduction, Tasmanian Blue Gums reproduce via seed propagation. Their seeds are inside the capsules named "gum nuts," from which they are carried to another plant via wind, water, and insects.

Woody Tree:
Tasmanian Blue Gums possess a dense, rigid structure composed of wood. The tree's woody structure makes its trunk solid and rigid, eventually making it grow taller.

Distinguish Features Tasmanian Blue Gum (Eucalyptus Globulus)
With solitary flowers, stalked pedicels (4 mm), and large warty fruits, Tasmanian Blue gums are one-of-a-kind trees. The lower bark is rough and greyish, while the upper bark appears pale and smooth. It grows as a multi-stemmed shrub. Their leaves have a characteristic fragrance.
Tasmanian Blue Gum Physical Characteristics
Tasmanian blue gum is the complement of Tasmanian oak. Eucalyptus Globulus is an evergreen tree that grows up to a height of 70 metres and a diameter of 2 metres. The plant, weighing up to 900 kg/m3, has at least 12% moisture content. They can grow up to 70m tall with a straight trunk and leaves up to 15 cm long. Tasmanian Blue Gum has been recorded as one of the tallest plant species in Europe.

The species hermaphrodite exists in both male and female pairs and is pollinated by bees. It can be grown in well-drained sandy, loamy, and clay soils. The plant prefers mildly alkaline pH conditions and can’t grow under shade.
Tasmanian Blue Gum Habitats
Tasmanian blue gums are mainly found in hilly countries and are favoured by damp marshy areas. They grow well in moist valleys in deep, rich soils. It grows in wet and dry sclerophyll woodland forests. Tasmanian Blue Gums are well adapted to Mediterranean climate regions. Mainly limiting water supply and low nutrient presence in the soil resist the growth of Tasmanian Blue gums. The ability of the species to regenerate from dormant buds has made it a fast-growing species. The fast growth rates mainly result from the intermediate shoot growth and the expanded leaf area.
Uses of Tasmanian Blue Gum Eucalyptus Globulus
Tasmanian Blue Gums' fast growth and adaptability to environmental conditions have turned them into a widely planted specie for industrial applications. Their cultivation is managed as short-term coppice crops to increase the industrial yield. Tasmanian blue gums have been widely used for both non-wood and wood applications in all edible and medicinal domains.

Edible:
An essential oil, i.e., one extracted from its leaves, is used for flavouring baked items like cakes and sweets.
Carpentry:
Timber from Eucalyptus is widely used for wood works and carpentry. Its exceptional hardness and density make it perfect for flooring and fitting applications.

Paper Industry:
Eucalyptus pulp serves as the most viable raw material for paper production.
Insect Repellent:
Leaf extracts of Eucalyptus Globulus are widely used as insect repellents. Mosquito abundance can be decreased by the plantation of Eucalyptus globulus in wet areas.
Medicinal Use:
Traditional Aboriginal herbal remedies include eucalyptus leaves. Certain oil extracts from the leaves serve as antiseptics used for relieving infections from coughs and colds. Oils, if stored for a longer period of time, build up their self-disinfectant action. Some oil extracts from Eucalyptus are also used in herbal teas that prevent colds. Resin from the tree contains certain astringent tannins, which are used to treat diarrhoea and bladder inflammation.

Soil Control:
Tasmanian Blue Gum is widely planted near the banks for windbreaks and shelter belts. Over the decades, their hold over the soil has also controlled soil erosion and salinity.
Conclusion
Tasmanian Blue Gums' fast growth, adaptability to various environments, and diverse applications make them an essential species in ecological domains. Its tall height, thorny trunk, widespread leaves, and punky fruits have always caught the viewer's eye. Its two-layered trunk colours add an extra layer to its significant appearance. With its various medicinal benefits and industrial applications, this evergreen plant continues to leave a lasting impact across the globe.
References
Insect pests of Tasmanian blue gum, Eucalyptus globulus globulus, in south-western Australia: History, current perspectives and future prospects | https://onlinelibrary.wiley.com/doi/abs/10.1046/j.1442-9993.2001.01145.x | A. D. Loch, R. B. Floyd | First published: 20 December 2001
Babatunde, Samuel A., and A. K. Musa. “Effect of Tasmanian Blue Gum (Eucalyptus Globulus Labill.) Leaf Extract on Cowpea Weevil (Callosobruchus Maculatus [Fabricius, 1775], Coleoptera: Chrysomelidae).” Acta Agriculturae Slovenica, 23 Dec. 2020, doi.org/10.14720/aas.2020.116.2.1689.
National Trust - Tasmanian Blue Gum (Eucalyptus Globulus). trusttrees.org.au/tree/TAS/Hobart/Anglesea_Barracks_Davey_Street. Accessed 28 June 2023.
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5 advantages of CAD Garden Design
CAD Garden Design using 3D design tools
CAD Garden Design for Melbourne Gardens provides us some unique challenges. Getting your landscaping design ideas on paper, or on the computer, is a great help with the overall landscape design plan. One landscape Design tool we use at Red’s Landscape Gardening is Sketchup. If you are designing a larger gardening on a sloping site, Sketchup has some great features. One of these CAD landscape design features is the ability to bring in the site topography into your design. This makes it much easier to design in the civil design infrastructure such as French drains and irrigation. If you have a site plan, you can also design in the existing services such as gas, electricity, fibre optic cabling and drainage. This can help to avoid an expensive mistake later on.
CAD Garden Design Using 2D site plans or photos
Another really useful landscape design feature is the ability to import 2D plans or photos. With some effort to get the scale right, your garden design can be quickly drawn over the top of your 2D site plan.
Library of Plants and Landscape Design features
With Sketchup Pro, there is a huge library of 3D garden design models you can import into your design. This includes many of the commonly grown Melbourne landscaping plants such as the Canary Island Palm, Banksias , Magnolias and Eucalyptus.
CAD Garden design with water features, swimming pools, garden furniture, wall and fences
As well as the library of garden plants, Sketch up Pro allows you to download models of water features such as garden ponds, swimming pools, garden furniture as well as retaining walls and fences. Garden buildings such as pergolas, outdoor barbecues, and sunken gardens are also available. These can really help to visualise your landscaping design concept plans.
CAD Garden design and construction
The ability to accurately visualise a garden design on computer is a great advantage when it comes to the construction phase of the project. With the services already designed in, construction can proceed knowing that the whole garden has been designed and planned down to the last detail on computer before a sod has been turned.
Garden maintenance and designing a low maintenance garden
With a 3D garden design plan, the plants can now be arranged so that moisture loving plants are together in groups. This will help to save water and reduce garden maintenance. The same applies to selecting plants to suit conditions such as shade, part shade and microclimates. The garden can also be designed to anticipate the height the plants will grow to, so as to avoid any maintenance headaches later on.

Landscape Design: This Three-dimensional visualization of a garden shows the effect of clusters of brightly coloured flowers like tulips contrasting with grey green foliage. This rendered image is so realistic, it is difficult to tell from a real photograph.
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We can help with small garden design all the way up to Commercial Landscape design. Our specialties include fast growing screening plants, plant health as well as horticulture, garden lighting and outdoor pool landscaping ideas.
By Callum O’Brien – The Melbourne Landscaper Blog
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9 great ideas for Orchids, Walls and Vertical Gardens
Orchids are a great plant for landscape design and have many practical uses.
Vertical Gardens
For the creation of vertical gardens, the use of epiphytic species from the orchid and bromeliad families is a beautiful and practical solution. If you are living in a Melbourne townhouse with a small garden, vertical gardens or green walls to hide a fence, an unsightly pillar or even a tree truck will add beauty and value to your home and help create the illusion of space. Recent studies have shown plants in green walls to be effective in reducing harmful nitrogen dioxide and particulate pollution in outdoor urban areas. If you are designing a landscape garden for a swimming pool, a green wall, or vertical garden, might be a great way to hide the pool pump and filter and reduce noise transmission from the pump at the same time. The noise attenuation abilities of green walls could also be of benefit if you are looking to reduce the noise transmission from your neighbours or tyre and traffic noise from a nearby road. A solid wall covered in plants, placed as close as possible to the noise source, will create an effective noise barrier. Where the green wall can be used to great effect for noise reduction is where there is a solid flat structure like a concrete tilt up fence or a high straight garden retaining wall. In these cases, green walls or vertical gardens can greatly reduce the echo as well as beautify the area.
Indoor Plants
These plants are also great as indoor plants and also have terrestrial or soil based species for your outdoor garden. Indoor plants have been shown to improve air quality by trapping and capturing pollutants. This could also be the case with narrow outdoor spaces with vertical gardens.
Orchids - Species and varieties
With more than 28,000 species and nearly 1,000 genera, the orchid family must be one of the most prolific as well as the most widely spread flower families in the world. Well known for growing in the wet tropics, these colourful and fragrant plants have also colonised the tropics, sub tropic and temperate climates. Some species have even been discovered in the deserts as well as north of the arctic circle. So prolific is the Orchidaceae, as the orchid family is known, that new species are being discovered on a regular basis. Orchidaceae is a member of Asparagales, meaning that it is related to both the asparagus and another beautiful showy flower, the iris.
The name orchid comes to us via the Latin orchis from the Greek ὄρχις (orkhis) meaning testicle. This name is based on the shape of the root tuber in some species.The name avocado has a similar sense.
Terrestrial or epiphytic plants
Epiphytic Plants
A plant that depends on the physical support of another plant or structure is known as an epiphyte. This includes some species of ferns, many bromeliads, as well as some of the orchid species. For these plants, nutrients often come from rain water and debris. Recent research shows that far from being harmful to the tree, there are benefits for the host tree as well. To survive on such slim pickings, the orchid makes use of a symbiotic relationship with mycorrhizal fungi on the root system. These fungi effectively extend the root area of plants but can be disrupted by the use of the wrong fertilisers.
The ability to pull nutrients from thin air and the fact that heavy soils or growing media are not required make epiphytic plants ideal for the creation of vertical gardens. While the majority of the tropical orchid species are epiphytes, nearly all the orchids in the temperate zones are terrestrial.
Growing media for epiphytic plants in vertical gardens
Sphagnum moss is ideal as a medium to cradle the epiphytic root systems in vertical gardens. Moisten the moss and pack it against the branch. Use a bit of coconut coir around the moss to keep it contained and help retain the moisture. The coir can then be attached to the branch with hot melt glue, fishing line, twine, or garden tie wire. Cut a slit in the coir and insert your plant, packing it with some extra moss. The coir can then be covered with mosses or lichens. A coir liner for a hanging basket makes a good pouch that you can staple to a tree branch and fill with sphagnum moss and your orchid. Add some slits to allow the roots to grow out. Don’t be too worried if some of the root system is exposed to dappled sunlight. There is even a species of orchid that has given up using leaves for photosynthesis. The endangered Dendrophylax lindenii (Ghost Orchid) of the American Everglades photosynthesizes with its roots and needs to be grown with the roots exposed.
For added impact, consider the use of Garden Lighting to highlight the colours in the evening.
Terrestrial Orchids for indoors.
A Cymbidium orchid is a house plant that requires distinctive temperature changes between day and night to flower well.
Slipper orchids, or Paphiopedilums, have slipper shaped pouches to help pollinate. The pollinating insect gets trapped inside the pouch. To be released, the insect needs to rub against the anther. The insect then takes this pollen to the stigma of the next slipper orchid, thus pollinating it. For pollinating insects, there is no such thing as a free lunch.
Vanda Orchids
For horticultural uses, the Vanda genus is the one most often used in the flower industry. These colourful orchids, from the family Orchidaceae, consist of about 45 species distributed from East Asia to Australia. Twelve of these species grow in Thailand. Most species have long, sturdy stems that bear closely spaced, strap-shaped leaves. By crossing species within the genus, many attractive hybrids have been developed. Some other hybrid species have been developed by crossing the Vanda species with species of other orchid genera. Colours include blood red, hot pink, blue, purple, or mottled.
Vanda flowers have spectacular colours and patterns with particularly large blooms. They are usually flat with a short spur on the lip. The colours and patterns seen on many orchid flowers can be explained by the way pollinators are attracted to the flowers. Flowers pollinated by bees open during the day and usually have pleasant odours, bright colours, a landing platform, nectar guides (coloured lines running into the depths of the flower), as well as concealed nectaries. The basal portions of the orchid lip are usually formed into a tunnel with the column constituting its upper side. The bee enters the tunnel to get at the nectary, and as the bee backs out, some of the stigmatic fluid may be rubbed on its back and carried with the bee to the next flower.
Orchids in Agriculture
One tropical climbing orchid was used by the Aztecs to flavor their chocolate beverage (xocoatl or chocolate). Later Spanish conquistador Hernán Cortés was to bring this flavor of this drink to Europe. The ingredients the Aztecs used were ground corn, cacao beans, honey and vanilla pods from the Vanilla planifolia a tropical climbing orchid. Vanilla is now commercially grown in Indonesia, the West Indies, Seychelles, and Puerto Rico. Madagascar, Mexico, French Polynesia, Réunion, and in Dominica. In the early days of the industry, little was known about how the plant was pollinated leading to very poor yields when plants were grown outside of Mexico. It was later discovered that the plant required a small Mexican bee called the Melipona bee for pollination. Interestingly, this species can also be pollinated by hummingbirds. Another vanilla species, the Tahiti vanilla, (Vanilla tahitensis) is native to Oceania.

Australian Native Orchids
With 6 new species of Drakea hammer orchids recently discovered in southern Western Australia, it is a little difficult to keep track of the exact number of orchids.
Sun Orchids are found throughout Australia as well as Indonesia, New Guinea, New Caledonia, and the Philippines. Of the approximately 130 species, more than 110 occur in Australia. Sun Orchids belong to the genus Thelymitra and the family Orchidaceae. The name "sun orchid" comes from the tendency of the flowers to only open up when exposed to strong sunlight. In fact, the flowers of some self pollinating species do not open at all. The flowers have earlike appendages and a hooded column, which gives the genus its name, Thelymitra, meaning "woman’s hood" in ancient Greek. In New South Wales, Thelymitra ixioides is one of the most common species of Thelymitra. It can be seen growing along roadsides in NSW and southern Queensland. Despite the worldwide success of orchids, many Australian species are listed as vunerable, threatened or endangered. It is estimated that 17% of Australia’s orchids are in this category. As with the endangered Ghost orchid (Dendrophylax lindenii) of the Florida Everglades, the preservation of habitats and pollinators world wide is vital for wild orchids. Pterostylis tenuissima The Swamp Greenhood, or Dainty Swamp Orchid, is listed as vunerable because it depends upon its habitat of swamp land being protected. The McIvor Spider-orchid, also known as the Audas Spider-orchid, Caladenia audasii, has fewer than 8 plants remaining in the wild.
Garden maintenance. Care of your orchids. How to plant orchids
The key to looking after your orchid is to know its original habitat and create a similar growing environment. Whilst growing some orchids can be a challenge, knowing the orchids' natural habitat and recreating similar levels of light, water, temperature and growing media will help. Epiphytic orchids will not grow in soil or even potting mix. These plants require a course of growing compost containing bark or sphagnum moss. Only ever use specific orchid fertilisers in the correct quantities to help maintain the health of your orchid and protect the Orchid mycorrhizas fungi. When the individual flowers droop and turn brown, carefully remove them from the flower spike. When all of the flowers from the spike are gone, cut the spike off at around 30mm from the base. Once established, the maintenance needs of your orchids are fairly low. Take care not to over water or over-fertilise.
Bromeliads in vertical gardens
As with orchids, bromelaids are either terrestrial (soil based) or epiphytic (tree based). These spectacular flowering plants number around 2600 species, with nearly all of these originating in the tropics of the Americas.
Bromeliad flowers often have coloured bracts below a long spike bearing flowers with brightly contrasting sepals and petals. One species of terrestrial bromeliad is much loved by Australians and Queenslanders in particular. The Sunshine Coast of Queensland has even erected a shrine to it. Ananas comosus, or pineapple, is native to tropical and subtropical America. Portuguese explorers are credited with the spread of the pineapple as an agricultural crop. It was so successful that by the start of the 1800s, it was being cultivated in most tropical areas of the world, even on some remote islands in the South Pacific.
The arrangement of leaves on bromeliads, including pineapples, resembles that of succulents, particularly yuccas. The texture of the fruit also closely resembles pinecones, giving the pineapple its name. Why would plants that are not closely related have such a strong resemblance? The answer to this question comes from the field of mathematics.
Bromeliads, Pine Cones, sunflowers and other patterns in nature.
Around 1175 in Pisa Italy, a boy named Leonardo was born. As his father was a customs officer, he travelled extensively around the Mediterranean and was well educated by Moorish teachers. This time in history, at the dawn of the renaissance, was when science and mathematics in particular was more advanced in the Arabic world. Leonardo of Pisa, or Fibonacci as he is better known, introduced calculation using the Hindu – Arabic numbers to the merchants of Europe thus making trade calculations much easier. Fibonacci developed his well-known sequence whilst theorizing over the maximum number of offspring a pair of rabbits could produce. As it turned out, the Fibonacci series had other application in nature that Fibonacci would not have known. It was not until the 19th century it was discovered that the Fibonacci series, where each number is the sum of the previous two, had applications in the study of botany.
So why would the plant world follow the mathematic sequence described by Fibonacci? Plants have evolved over millions of years of genetic mutation to where small advantages aid the survival of the species. For leaves this might mean capturing a little extra sunlight or rainfall. For seeds and insect hives, it means packing as much in as efficiently as possible. The result is the patterns and placements in a Fibonacci series or counter rotating spirals following the Fibonacci sequence.
Vertical Gardens
For your vertical garden, epiphyte plants that grow naturally on tree branches are the ideal solution. Requiring no topsoil or potting mix, the garden can be very lightweight. This is a very important consideration for some fence structures. Most often, a fence will be designed and constructed without an allowance for the extra weight of potting soil. The other advantage is the epiphyte's ability to capture moisture from light rainfall. In the humidity of the Gold Coast, the vertical garden might only require an occasional very light spray. For the structure of vertical gardens, consider using wooden trellis or lattice, recycled timber, driftwood, or even recycled pallets. Some other plants to consider would be succulents, Hoya carnosa or Hoya lanceolata, and philodendrons. If your vertical garden is close to your kitchen, it is a great place to plant a few herbs to cook with. Many palm trees, with their fibrous trunks, also make ideal places to start a small vertical garden. Do not attempt this on varieties of palm trees like the Canary Island palm, as these may be vulnerable to fungal diseases or weevils.
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For help with the design and development or your landscaping ideas, contact one of our experienced Landscape Gardeners. We can help with small garden design all the way up to Commercial Landscape design. Our specialities include fast growing screening plants, plant health and horticulture, garden lighting and outdoor pool landscaping ideas.
Soft and Hard Landscaping, Residential Home and Civil projects across Australia by Reds Landscaping and Design
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