Mulberry tree for food security

A mulberry tree is like a vegetable garden on a trunk.  

Mulberry trees are well known for producing delicious berries.  What many people do not realise is that mulberry trees also produce abundant and surprisingly nutritious leafy greens.  

I have cooked and eaten mulberry leaves, they taste nice and can be used like spinach or silverbeet.  I have only cooked eaten young leaves.  I imagine older leaves would be too fibrous and I can't imagine raw leaves to taste all that nice.   

Mulberry leaf as a vegetable

While there is little mention of them on the internet, mulberry leaves are eaten as a vegetable in several places such as Cuba and Latin America.    

Mulberry trees produce well with little (or no) irrigation, can thrive in many climates from frosty temperate areas to the tropics, thrive on many different soil types, they have few significant pests, and they produce well on many different soil types.  Mulberries are remarkable trees that are drastically underutilised for food security, they are excellent fodder for livestock, and are a great vegetable for people.  

The taste of cooked mulberry leaves is ok, not bitter or objectionable, but also not remarkable.  I have started to see people sharing recipes using mulberry leaves to wrap lamb or chicken or rice or tofu, similar to how people use grape leaves.  Given how nutritious and abundant they are I think mulberry leaves deserve to be eaten more commonly.

Stuffed mulberry leaves - image from https://maryamsculinarywonders.blogspot.com/2019/04/1234-freekeh-stuffed-mulberry-leaves.html 

Mulberry leaves typically contain more than triple the amount of protein found in many vegetables, and under normal circumstances mulberry trees can produce up to double the amount of protein per acre compared to soy.  

If you don't already have a mulberry tree, you should consider growing one.  Mulberry trees are one of the simplest fruit trees to grow, they grow very fast, and mulberry leaf is the easiest vegetable for beginners to grow and the most productive vegetable for beginners to grow.  

Cutting grown mulberry tree

A study was undertaken comparing the nutritional value of fresh leaves from six different genotypes of mulberry.  Even though there is a bit of a range of values between cultivars it demonstrates that mulberry leaves are far more nutritious than most vegetables we commonly eat.   

I have summarised their findings below:

• Moisture 71.13 to 76.68% 
• Protein 4.72 to 9.96% (most vegetables have about 2% or less) 
• Ash 4.26 to 5.32% (ash is the mineral content: calcium, phosphorus, magnesium, zinc, etc) 
• Neutral Detergent Fiber 8.15 to 11.32%  
• Fat 0.64 to 1.51% 
• Carbohydrates 8.01 to 13.42% 
• Energy 69 to 86 kcal/100 g 
• Vitamin C 160 to 280 mg/100 g (oranges have 50 mg)
• Beta-carotene 10,000 to 14,688 mcg/100 g (carrots have 8,729 mcg)
• Iron 4.70-10.36 mg/100 g (spinach has 2.6 mg)
• Zinc 0.22-1.12 mg/100 g 
• Calcium 380-786 mg/100 g (full fat cow milk has about 120 mg)

Recently a desktop review was conducted comparing several options for households producing all their own protein when there are future disruptions to supply chains.  Their conclusions were unrealistic at best, but they made me think about back yard food production.  

We have a good size vegetable garden, but it is nowhere near large enough to supply our household with all our protein requirements.  We also have a few egg laying chickens, and some fruit trees, including a white mulberry (Morus alba) and a white shahtoot mulberry.  

Following on from the growing protein study linked to above, and given how nutritious mulberry leaves are, I wondered how many mulberry trees I would need to produce all my protein for a year.  So, out of curiosity I crunched some numbers similar to the desktop review.  The results were interesting.  

Mulberry leaf stuffed with chicken - image from https://www.greenprophet.com/2013/05/stuffed-mulberry-leaves-recipe/

A lot of research has been conducted into mulberry tree leaves as they (mulberry leaves, not the berries) are commercially important due to silkworm farming.  I used this research to work out how much protein a mulberry tree can produce, and how many trees would be required for a year supply of protein.  

Often, about 9,600 mulberry trees are grown per hectare or almost 4,000 per acre, this works out to just under one per sqm.  Yields of fresh leaves range from 3.2–21 tons/acre/year (8–52 tons/hectare/year) with most in the 8–12 tons/acre/year (20–30 tons/hectare/year).  This means that on average, each year roughly 2.5kg of leaves are harvested per mulberry tree.  

The protein in mulberry leaves ranges from 15-35% dry weight, or 4.72-9.96% of the fresh weight.  I used 6.5% for the protein content of fresh leaves in my calculations, which is lower than the average.  That works out to 162.5 grams of protein per tree being produced from leaves alone, meaning a one year supply of protein for one person can be provided by the leaves harvested from approximately 112 mulberry trees.   

Mulberry leaves are abundant vegetables

To give this perspective, commercially potatoes yield about 4kg per sqm, providing about 80 grams of protein per sqm.  That’s about 228 sqm of growing area for potatoes per person if relying solely on potatoes to meet protein requirements.  Mulberry trees would only use about 53% of the total land that would be required to grow potatoes and produce the same amount of protein.  As I said earlier, a mulberry tree is like a vegetable garden on a trunk.  

Soy is a legume crop that is known for producing high amounts of protein per acre.  Soy is said to produce up to 513,066 grams of protein per acre.  

Around 4,000 mulberry trees are planted per acre, each yielding 2.5kg of leaves with 6.5% (or more) protein fresh weight.  This produces over 650,000 g protein per acre, which is significantly more protein per acre than soy.  

If growing a mulberry variety with 10% protein in fresh leaves it would produce double the amount of protein that soy can produce per acre.  Mulberry trees produce more protein per acre than soy.  

White mulberry tree outside my back fence 

Comparing the water requirements is a bit more difficult and far less accurate, so you have to take the following 'with a grain of salt'.  

Not surprisingly, I could not find any publications directly comparing the water requirements of mulberry and soy.  According to Agriculture Victoria (https://agriculture.vic.gov.au/crops-and-horticulture/grains-pulses-and-cereals/growing-grains-pulses-and-cereals/growing-soybean-in-victoria), soy requires an average of 2.6 Megaliters of water per acre.  According to the Rural Industries Research and Development (https://agrifutures.com.au/wp-content/uploads/publications/00-056.pdf) mulberry tree plantations require less than 1.3 Megaliters per acre.  

Using the above calculations it appears that mulberry trees could produce about double the amount of protein per acre compared to soy, while using half the irrigation.  Mulberry trees can produce good amounts of protein per acre in marginal areas where soy will not produce any crop because the climate and soils and climate are not right for soy.  

Who knew that mulberry leaves can produce that much much more protein per acre that soy!  

Mulberry cutting

Does all of this mean I am suggesting that people should grow 112 mulberry trees each to produce all their protein needs?  Absolutely not.  

Even though it would be really cool, replacing the lawn with an orchard of heavily coppiced mulberry trees isn’t something that people would want to do.  

While growing this many mulberry trees may be possible in some yards, and would take less time and effort to look after than the average lawn of the same size, I don’t think it is realistic, and I'm not planning on doing that.  

10cm tall to 6 feet tall in under 5 months

I can’t imagine what a miserable existence it would be having to eat about a kilogram of mulberry leaves each and every day to meet your protein requirements.  I don't know what you would do over winter while the deciduous trees are leafless.  

I am not suggesting you plant 2 or 3 mulberry trees, and eat nothing but mulberry leaves for a few weeks each year.  I am also not suggesting that you should grow a mulberry and regularly incorporate its leaves in your meals over the growing months. 

Mulberry leaf plantation. Image by Nahid Hossain, Creative Commons 4.0 license

What I am suggesting is growing a mulberry tree, or several mulberry trees, is a good idea if you have the space.  It will add to your food security even if you never eat the leaves.  

The estimated leaf yields above are based on coppiced trees that are regularly harvested for silkworm production.  When grown like this there are no berries, just leaves.  

Most backyard mulberry trees would not grow like this, most would be allowed to produce berries and develop into large trees with a single trunk or as a multi trunked tree.  As the trees grow larger, they produce increasing yields of both berries and leaves.  

The FAO mentions very old trees in China producing 400kg of berries and 225kg of fresh leaves in a year.  What an incredible sight they must be!  

My mulberry producing food from otherwise unused land

A mulberry tree would increase your food security.  Each year you can eat some berries (they are utterly delicious), or you can grow the tree in your chicken run and let your chickens eat them, if your chickens eat all the berries you will save a little money on chicken feed and help your chickens be a little healthier.  Or you can let the birds take care of them for you.  From time to time the leaves can be eaten, or made into tea, or just left alone to allow the tree to gain energy and grow larger.  

During times of financial hardship, you hear regular stories of vegetable gardens being raided and produce being stolen (and/or destroyed).  While people would probably take some berries, it is unlikely during an emergency that your neighbours would take any leaves from your mulberry tree as they would not recognise them as being edible or as being high in protein and vitamins.  This adds to your food security as you would have a tree full of leaves to cook if you ran low on everything else.  You could use the leaves like spinach, except mulberry leaves are far more nutritious.  

Fresh mulberry leaves can grow large

Chickens and other small animals enjoy eating mulberry leaves.  When hard times hit, you may be unable to buy food for chickens or other little animals .  You certainly don't want them to starve.  The mulberry tree can be used to reduce the amount of bought feed you are using, to get you through until you are able to buy animal feed again.  This also adds to your food security.  

Mulberry trees appear to be the ultimate perennial vegetable.  Most people who have eaten the leaves cooked enjoyed them, some felt neutral about them, so far I have never met anyone who has disliked them.  People tend not to eat mulberry leaves as a vegetable often due to the cultural taboo surrounding eating tree leaves.  For some reason we have been told to view tree leaves as a famine food rather than a sustainable and easy to grow perennial vegetable.  There is nothing wrong with eating healthy organic leaves from mulberry trees.  

Having a nice-looking shade tree in your yard, that is able to provide you with delicious berries in season, and a few handfuls of vegetable leaves if needed, seems like a sensible thing to do.  If you can get past the idea of tree leaves being famine food, all the better! 

Maidenhair fern comparison of varieties

I grow a few different maidenhair ferns, they are lovely ferns and I really like them.  Each type that I grow are noticeably different.  

I sell a few maidenhair ferns each year, and hope they the buyer looks after them.  Sadly, most people think of maidenhair ferns (or any potted plants) like a bunch of flowers: they look great when they buy it and they expect to throw it away after a time.  I am happy to say that these ferns will live for decades if cared for.  

Maidenhair ferns are relatively simple to grow.  I don't mist them or have them under grow lights or make any attempt to control humidity or have a terrarium or anything like that.  I grow some outside under shelter, some in my unheated greenhouse, and some on the bookshelf in the house.  I wrote a previous blog post describing how I grow maidenhair ferns.  

I really like my maiden hair ferns so thought I would make a blog post showing a comparison of the different types I currently grow.  Please note I am not a fern collector, there are many more varieties (as many other species) of maidenhair that exist.  

Variegated maidenhair pinnules are each unique 

Office fern: Adiantum raddianum.  Originally from South America, these are commonly sold in garden shops.  I call it my office fern because it lived on the deak at my office for the first four years that I had it.  People often complain that they had one but killed it because they treated it like a cactus instead of a fern.  It grows long, arching, delicate looking fronds on surprisingly thin black stems.  This fern can get rather dense and vibrant if looked after.  I have had the fern below for almost eight years and it is thriving.  The largest fronds usually reach a little over 50cm long, which is about as big as this one will grow in a pot this size.  

Maidenhair fern - almost eight years old

Chunky maidenhair: probably Adiantum raddianum, but I am not certain.  I was told this is 'Lady Moxon', after growing it for a few years I am pretty sure that it is not Lady Moxon.  It is quite different to my office fern and produces chunky and compact fronds.  The fronds are slightly contorted and twisted, and the pinnules are clumped much closer together than they typical maidenhair ferns.  The stem of each frond is much thicker than normal maidenhair ferns.  I have not grown this as many years as my office fern so it is not as large, and I don't yet know how large it can become.  While it is staying comparatively compact, it seems to be getting longer and chunkier fronds each year.  When I first got this, due to its shape it almost looked similar to a bonsai tree.  

Chunky maidenhair fern

Chunky maidenhair fern

Chunky maidenhair frond

Variegated maidenhair vs chunky 

Variegated maidenhair fern: Adiantum raddianum 'Variegata'.  The elusive and rare variegated maidenhair fern.  Fronds are green splashed with white and produced on thin black stems.  I think there are a few versions of this, but on mine the fronds tend to divide towards the tips.  This is never as large as my office fern, the largest fronds reaching about 40cm long.  My photos never do justice to this incredible fern, it is a delightful and graceful and captivates with its delicate fronds and striking variegation.  

Variegated Maidenhair Fern

Variegated maidenhair frond 

Native maidenhair fern: this is one of Australia's 8 native species, most likely Adiantum aethiopicum but it could be Adiantum capillus-veneris, I really need a fern expert to positively identify it for me one day.  This species is native to Australia, and native to my location.  The pinnules are a different shape to my office fern, and the sporangium are also a different shape.  It is hardier, and survives light frosts and drying out much better than the South American A raddianum.  This sends out runners under the soil, and survives a far wider range of conditions.  This species never gets as dense and full looking as the South American species.  

Australian native maidenhair fern

This is by no means an exhaustive list of maidenhair fern varieties, it is just the varieties I am currently growing.  There are a few other varieties I would like to get some day, but that may or may not ever happen.

I do sell maidenhair ferns from time to time.  When I have a few for sale I list them on my for sale page.  That page has my contact details, so if you are after one of my ferns send me an email and I will let you know if I have any for sale.  If you have any interesting varieties of maidenhair fern let me know, I would love to learn more.  

Grow water chestnuts in milk bottles

I have written a few blog posts on growing Chinese water chestnuts in buckets and flexitubs, it's easy and they are very productive when grown like that.  As well as this I also grow a few aquatic vegetables in milk bottles.  

Growing water chestnuts in a milk bottle is not ideal.  When grown like this the yield is low or even non-existent, but it keeps the plants alive.  They can survive by growing in a milk bottle like this for years.  

I cut the base off a plastic milk bottle, fill it three quarters with soil, plant a corm, and add water to the top.  From here, I just top up the water.  Simple.    

Chinese water chestnuts 

I first did this as a short term thing so I could sell duck potatoes or water chestnuts at a garage sale.  I told people to plant them into something larger if they wanted an edible size crop.  Someone asked me how long the plants can survive like this because their pond was not yet ready.  I didn't know, I told them to give it a try and if they died I would replace them.  I never heard back so assumed it went well.  

Out of curiosity I kept growing some Chinese Water chestnuts in milk bottles to see how long they can last like this.  I assumed they would last a few months with no problem.  It turns out they will live like this for several years!  

Below are duck potatoes and watercress growing in a milk bottle.  This is their third year.  The water cress drops seed and grows by itself.  The duck potatoes go dormant each winter.  They multiply, but only slowly due to the lack of space.  

Duck potatoes growing in a milk bottle

Below is another milk bottle, this has water chestnuts, duck potatoes, and watercress.  This one has azolla and duck weed growing on the surface of the water.  The azolla and duckweed die back over winter, and come in strong once the weather warms.  

This photo was taken at the start of spring when everything was just breaking dormancy.  Once the weather warms the duckweed and azolla will cover the water surface, and becomes a self mulching living fertiliser.   They also seem to prevent mosquitoes from breeding in the milk bottle.

Duck potato, water chestnuts, and water cress

What you can't see from my photos is the amount of life in the water.  It is incredible just how many tiny organisms are in there.  There are heaps of tiny things swimming around that can be seen even without a microscope.  

Putting a drop of this water on a slide and viewing under a microscope is something else.  My kids are fascinated by the sheer number of things teeming in the water.  It isn't the number of things that surprises me, it is their diversity.  There are a lot of things living in there, and there are plenty of different types of things.  It is a remarkably diverse little ecosystem.  

I can't tell you how these tiny critters got in there, but I can tell you that they are thriving.

Azolla and duck weed starting to come back

I also tried putting a small pot of soil in the cut off bottom of a milk bottle.  Below you can see a water chestnut emerging from dormancy.  Once it gets taller I will fill up the milk bottle with water.  If I want I can either plant it into a larger pot, or just leave it for another year.  

Again, if grown like this the yield will be very small.  They need more soil to grow properly.  They can and do survive like this for several years, so this can be a good way to keep them short term while you get something larger ready for them.  If life gets in the way, short term can push out to a few years.  

Water chestnut in small pot of soil

It can be difficult to buy Chinese water chestnuts or duck potatoes at certain times of year.  Many people want to buy them to put in a pond or a water feature, but need more time to plan and build the water feature.  Buying the plants when they are available, and growing them in the base of a milk bottle like this, solves the problem.  They easily survive like this as long as needed, and can be planted into the water feature when it is ready.  If it isn't ready until next year, that's fine.

I have a for sale page on this blog where I sell water chestnuts and duck potatoes and other perennial vegetables in Australia.  I update the page regularly, and it has my email address that you can use to contact me.  

Fragaria virginiana breeding larger berries

I grow a few different strawberries, some different species and some garden strawberries.  One of the species of wild strawberries I grow is Fragaria virginiana. 

Fragaria virginiana strawberries

F virginiana comes from North America.  This species was used as one of the two main parents to develop the garden strawberries that you can buy from the shops.  This was used as a parent due to its great taste, the other parent was used for its larger sized berries.

The taste of these berries is similar to a garden strawberry, but nicer, and more concentrated.  The original berries were too small for my liking, so I decided to do some breeding for larger berry size.  

Larger F virginiana strawberries

When I first got seeds of this plant they took a while to grow to maturity, the resultant berries were about the size of your finger nail.  The berries tasted great, but were too small.  Even the smallest berries in the photos are larger than the original berries.  I don't know what size berry is normal for this species, I know there are several cultivars overseas with larger berries.  I think the wild ones tend to be a lot smaller. 

I originally obtained seed that had been collected from the wild.  These tiny berries certainly had great taste.  They also had a lot of genetic diversity, which made this selective breeding project a lot simpler.  

I collected seed, grew out a lot of plants, culled the ones with the smaller berries, and grew seeds from the ones with the largest berries.  I did this for a few years.  

It takes time for these to go from seed to fruit, and these only flower once or twice per year in my garden, so this project took quite a while before I could see any progress.   

Saving seed from strawberries, and growing it out to maturity, is fiddly.  Luckily you get a lot of seed per berry, and a lot of genetic diversity combined with a lot of seed means there is a good chance of stumbling across the right plant.  Growing out large numbers helps your chances of getting the right genetic combination.  

Some are too small and will be culled

After a few generations it was clear that the berries are significantly larger than the original ones.  As you can see in my photos, some plants produce larger berries than others.  It takes the same space and effort to grow tiny berries as it does larger berries, so the smaller ones are culled.  

This is still the same species, it has not crossed with any other species, or messed around with ploidy levels.  I have selected for larger berries through growing many seedlings and culling hard.  Some of the smaller ones also don't look typical of this species, given they open pollinated they may have crossed, so I have also culled anything that appears to be an off type.  

I was worried that the taste might be diluted in the larger berries.  I am happy to say that this has not been the case.  The larger berries taste the same as the smaller berries.  When under ripe they are not great, but when ripe they taste incredible.  

These plants all produce runners in my garden.  This means I am able to cull the smaller ones and propagate the larger ones quickly and easily.  If they did not produce runners it would likely mean another 15 or so years of growing out seeds to produce a stable variety, so runners are great.  Runners also mean the plants spread to different parts of my garden, if we have another dry summer that kills off lots of things there is a chance one runner will be sitting somewhere protected and I will be able to us it to restart the patch.  

Realistically this is probably the largest berries that these plants can produce through selective breeding.  I think they have reached their genetic potential.  I will still try to grow seed from the largest ones and see if there are any further gains to be made, but I am not expecting much from here.  

If I were to induce polyploidy, or hybridise with another species I know the berries could become far larger, but I have no plans for attempting things like that.  

Further breeding work could be done with these to introduce day length neutrality, or more flower production.  I am not sure if my stock has the genes needed for this, and I probably can't source any Fragaria virginiana with the needed genetics, so it is unlikely I will breed towards this any time soon.  

I sell bare rooted plants of the largest ones through my for sale page.  The plants flower in spring and fruit spring/summer.  Sometimes they provide a second crop in autumn.  They produce many runners and can fill a garden bed relatively quickly.  Their productivity is low, but they make up for that in great taste and ease of growing.

Leaf Cuttings African Violet

A few years ago I bought an African violet.  For some reason I don't see many African violets around these days.  They are lovely little ornamental flowers with no particular use that I can gather beyond being nice to look at.  

I have always heard that African violets are difficult to grow.  My one has been easy to grow.  It lives in a little self watering pot on my kitchen windowsill.  Every few weeks I fill up the water reservoir, from time to time I remove dead flowers or dead leaves, and I rotate the pot occasionally to keep the growth reasonably even.  Other than that it takes care of itself.

Up until recently it bloomed for most of the year, only stopping over winter when it gets too cold.  My original one grows large ruffled blue flowers, it is rather pretty.  It needs repotting and/or fertilising if it is going to keep flowering well.  Using leachate from my worm farm seems to be good fertiliser for African violets. 

At that start of winter I saw an African violet that had dark red flowers.  I had heard how simple African violets are to propagate form leaf cuttings, so thought I would give it a try.  I removed a leaf, put it in my pocket, and brought it home.  When I got home I mixed potting soil with perlite, put this in a pot, watered it until damp, and planted my leaf cutting.  

African Violet leaf babies 

I have heard that the plantlets are produced from the cut part of the petiole, and to produce extra plantlets you cut the petiole on an angle with the cut section facing up.  I did this, I also nicked the petiole a little further up to see if it produced any extra plants for me.

Several months passed, the leaf looked fine, but nothing really happened.  It can be very cold in my house over winter, so it is not unexpected that it did not grow during this time.

One day in early spring the potting mix looked like it had been pushed up near the base of the leaf.  I looked closer and saw several tiny leaves.  It looks like my leaf cutting worked, and the leaf cutting is producing several baby African violets.  

Now the weather has warmed, the tiny plantlets have started to grow relatively quickly.  The leaf itself still looks healthy.

I am still not sure how many plants it produced as the leaves of the baby plants are all close together.  It looks like this leaf has produced three or four little plants.  I am happy with that number.  

I am told if you slit the end of the petiole about a centimeter or two that you should get a much larger number of plantlets, but they will be a bit smaller.  I have taken a leaf cutting from my blue flowered plant and am trying this.  

African Violet leaf babies

Look how cute leaf babies are!

I plan to let these grow a bit larger before I repot them into individual pots.  If I divide them too early I risk killing them, if I wait too long to divide I risk stunting them, so it is a bit of a guesswork balancing act.  

I think they are ready to be transplanted now, but am planning leaving them to grow just a little larger.  I really don't want to lose them.

Leaf babies ready for transplant 

The mother leaf itself still looks remarkably healthy.  If I cut it off just above where the plantlets are attached, I wonder if I could reuse the leaf as a cutting to produce even more plants.  I would hate to lose my little leaf babies, so perhaps I will attempt this with another leaf at another time.  

It is early summer here now.  After repotting I have no idea how long until they will be large enough to flower, I am guessing it won't be before late spring or early summer next year at the earliest.  From everything I have read it takes about 6 to 9 months to flower after being separated.  

Edit to add: this post was written December 2023, the leaf babies were flowering March 2024, they had not yet been divided or repotted.  The leaf cutting from my blue African violet has just started to grow baby plantlets.  Perhaps the 6 to 9 months includes 3 months for baby plants, and then 3 to 6 months before they flower.  

I would like to get a few more types of African violet.  I don't have a lot of places in my house where I think African violets will thrive, so I will never grow a large number of them and will need to be picky about what varieties I grow.  

Once my leaf babies are larger I will probably keep one and offer the others for sale or trade, or I may offer to sell leaf cuttings.  If I do this I will try to list them on my for sale page along with the perennial vegetables, herbs, and vegetable seeds and things that I sell.  I don't plan of selling them before they start to flower and I work out the best way to post them, so this won't be until some time from now.

Variegated maidenhair fern update

I wrote a post a while ago on my variegated maidenhair fern.  I mentioned how I didn't look after it properly and it died back to a single frond, and how at that stage it was starting to regain strength.  

I was worried because variegated maidenhair ferns are rare and incredibly difficult to find, so if I lost mine I probably would never be able to get another one.  Variegated maiden hair ferns are really lovely, so I would hate to lose mine.

It has been almost a year since my previous post, so I thought it may be time for an update.  As you can see, my variegated maidenhair fern (top right of the following two photos below) is doing well.

Variegated maidenhair top right

Variegated maidenhair fern almost a year ago top right

On a side note, you may notice in the photos above that my tiger fern (top left) is smaller in the more recent photo.  This is because I divided it.  I am planning on keeping this little division, and growing out the other larger ones for sale.  Tiger ferns are hardy and fast growing, it should not take too long for this little one to grow back to its original size.  Enough about tiger ferns, let's talk about maidenhair ferns.

I grow my variegated maidenhair fern outside where it is under cover and slightly sheltered.  I had it inside my house for some time but there was not enough light for it, which meant it declined badly.  Outside on my verandah this plant gets hit by strong winds, over winter it gets some light frost, and it gets too hot over summer, but my maidenhair ferns perform surprisingly well out there.  

Too many people complain that they have killed a maidenhair fern, they usually blame the fern and assume they are difficult to grow.  Maidenhair ferns are not what I would consider to be very hardy, but they are simple to grow.  I wrote a blog post on how I grow maidenhair ferns.  While I am not an expert, they grow well for me, and that post explains how I grow them.  

I have grown this variegated maidenhair fern for almost six years, and I also have a green maidenhair fern (bottom right of the photos above) that I have been growing for close to eight years.  While I am not an expert in ferns, the longevity of these plants show the way I grow them works well.  

Variegation is different on each of the pinnules

Maidenhair ferns don't like to dry out, but they are not swamp plants.  I use self watering pots that have a little reservoir of water.  This ensures they have constant access to water but are not overly wet.  

I am told that maidenhair ferns do well in hanging baskets.  The ones I have seen in hanging baskets look incredible.  I don't grow these ferns, or any plants, in hanging baskets because I can't work out how to do it.  I can't work out how to water them easily, I worry that the wind will knock them down, and I don't have anywhere sensible to hang them.  If you have success growing things in hanging baskets I think a variegated maidenhair fern would look incredible growing in one.  

Any variegated plant will be weaker than an all green one, variegated maidenhair ferns are no exception to this.  Direct sunlight scorches their fronds.  They also don't cope with total darkness, less chlorophyll means they are less efficient at photosynthesis.  

Chlorophyll allows plants to photosynthesize and also acts like sunscreen.  Being variegated means they will burn easily, and be less able to cope with lack of light.  I grow them in 'bright shade' where they get an hour or so of direct light at sunrise.  Too much direct sunlight tends to burn them, but a little direct sunlight in the morning seems to be fine.  

Variegated Maidenhair Fern

I mentioned in my previous post how I would normally rotate my fern each week to ensure it grew out evenly, at that stage my fern was still weak so I was not rotating it.  This was a good idea and it worked out well.

My fern had little energy and only one frond.  It grew new fronds and orientated them to catch the light in the most efficient way possible, and it regained strength.  The fern grew a bit lop sided, but that was ok.  

Once it was a little stronger and a bit more healthy I started to rotate the pot a little bit each week.  This helped the growth to even out a bit, and my fern continued to get stronger.  It was still lo[p sided, but was less uneven and getting healthier.  

When my variegated maiden hair fern got even larger I would rotate the pot 90 degrees each week.  As you can see from the photo below, my fern now has reasonably even growth on all sides.  This is what I wanted it to do.  

Not only does it have even growth on all sides, but my fern is now reasonably large and healthy.  

Variegated maidenhair fern with even growth

If you have followed my blog you will probably have noticed that I am not a photographer.  Regular maidenhair ferns are graceful, variegated maiden hair ferns are incredibly graceful and even more elegant, my photos do not do it justice.  

I also realise that the photos I take of the entire plant don't really show the variegation.  While I don't encourage people to touch the fronds of maidenhair ferns, you can see the variegation a little more easily when I do hold my hand underneath.   

New fronds start out green, with lighter green where the variegation will develop.  As the frond ages the variegated parts turn white.  On each frond some pinnules will be entirely green, some might be entirely white, and most will have some amount of green and white.  My fern hasn't produces any entirely green fronds.

Variegated fern

Variegation

Maidenhair variegation

One thing I notice is that this fern grows a little differently than my other maidenhair ferns.  I was told it was Adiantum raddianum 'Variegata' but to be honest I am not certain about the species.  I grow a few different species of maidenhair ferns.  Perhaps my variegated fern is a different species to my other maidenhair ferns, or perhaps it is the same species with different growth characteristics.  

It is not quite as large as my other ferns, and I don't think it ever will be.  The fronds of my variegated maidenhair fern often reach 40cm, occasionally some of them reach 50cm.  I have a feeling that this is as large as they will ever grow.  My other maidenhair ferns have fronds that regularly exceed 50cm.  I think some of my other maidenhair ferns have potential to row quite a bit larger but are restricted due to the size of their pots.

The fronds of my variegated maiden hair fern are often divided at the tip.  You can see this in the photo below.  Not every frond does this, but it appears that most of the larger mature fronds do.   

Variegated maidenhair fronds tend to be divided at the tip

It appears that my variegated maiden hair fern is doing well.  I am tempted to try and divide it.  

Dividing my fern will set it back considerably, and will mean that its growth is no longer even.  I am not overly keen on this because my variegated maidenhair looks so large and impressive at the moment.  

Variegated maidenhair fern

Dividing it would also mean that I will have two of them, which will help to ensure that I don't lose it if the pot gets knocked over by a possum or something.  Very few places sell variegated maidenhair ferns, and the few that do seem to be sold out for most of the year.  

Variegated fronds

Variegation is different on each pinnule

My photos really don't do them justice

I like maidenhair ferns, and I really like this variegated form.  I should try to grow some from spores and see how much genetic diversity they have.  

I sell some maidenhair ferns through my for sale page, and if I ever have any variegated ones spare I will probably offer them for sale through there too.  

Unless I grow a lot from spores, or have success with growing them using tissue culture, it is unlikely that I will ever be able to offer many for sale, but it is worth keeping an eye on my for sale page if you are interested in them.