Preserving the Harvest (1)

Preserving the Harvest (1)

This article is about ways to preserve the harvest. Making your own pickles and preserves, jams and chutneys, liqueurs and canned veggies is a great way to celebrate the abundant gifts of nature. If you can get the kids involved, it is also a wonderful opportunity to bond and share stories while teaching them essential life skills.

Not too long ago, gardening and making one’s own food was considered old-fashioned and tedious work. It was something that belonged to the domain of Grandmothers and country bumpkins. Why bother, if all you need to do is to go down to the supermarket?

But things have changed. Soaring food prices, GM technology and a growing concern over dubious agrochemicals that have crept into our food supplies, more people have turned to gardening and making your own is fashionable again.

While the garden may not cover all your food needs, even producing some of your own food is uniquely satisfying. However, there is one problem: living in a temperate climate, with a limited growing phase, we are subject to the ‘feast or famine’ phenomenon. The harvest is plentiful during the warm part of the year, but there is almost nothing to harvest during the winter.

With any luck, the harvest is plentiful enough to provide for the cold season as well – but how can we preserve the abundance, so when winter comes we can still enjoy the fruits of the previous season’s labor. What delight it will be then to have tasty reminders of the summer’s plenty.

Freezing

These days, freezing is usually considered the easiest and quickest method to preserve anything. It certainly is convenient – if you have a very large freezer, that is. However, it is not a very energy efficient method, and nor is it particularly reliable. Power cuts occur with worrying frequency. And they spell disaster for anything that is stored in the freezer, unless you have an independent back-up power supply.

Luckily, there are many other options as we can learn from history. How did people manage to store things in the days before electricity lit up our world? After all, it is a fairly new invention!

It turns out, our ancestors have been incredibly innovative when it comes to devising methods of preserving foods, although not all are equally suitable for all types of foods and vegetables.

To begin with, it is helpful to consider the growing cycle. The natural life cycle of a plant starts with germination. Gradually, the plant develops and grows and eventually reaches its peak. This process is known as maturation. Most plants are harvested at their peak. From that point on they begin to decay.

No process of preservation can halt this natural cycle of growth and decay, it can only slow it down, or in some ways, progress it. The ultimate aim is to preserve as much of the mineral and vitamin content of a given fruit or vegetable as possible.

Clamps

In the old days, root vegetables such as potatoes, carrots and parsnips were stored in the cellar. They were kept in boxes filled with earth, which were periodically sprinkled with water to keep them moist. In fact, the original purpose of cellars was to provide a cool, dark storage space for foods. Originally, they would have only had a dirt floor. This creates a moist, cool atmosphere that is able to ‘breath’. Unfortunately, modern houses, with their concrete foundations, insulated basements and concrete floors are much less suitable for storing vegetables. That is why people came up with the idea of these special boxes, which imitate the natural conditions.

But even without any kind of basement it is still possible to store vegetables – in a ‘clamp’. A clamp consists of a mound of root vegetables that is laid out on a thick layer of straw, which in turn is covered with earth. Alternatively, one can dig a pit. The base is laid out with wooden planks and straw. The vegetables are stored in the next layer, which is covered and covered with sand and earth. (For instructions, check with a good book on self-sufficiency).

It is important to ensure ventilation – e.g. by allowing the bottom layer of straw to peek through beneath the covering layers of soil. Unfortunately, these methods only work in places where winter temperatures don’t fall too low.

Carrots can be stored in containers filled with sand (or in clamps, as described above). They should not be washed and must not be damaged, otherwise they will rot. The green parts should be removed.

Sunchokes, parsnips, leeks, celery and Brussels sprouts can remain in the ground. Mild frosts don’t bother them. If need be, a layer of soil, straw or mulch will protect them against damage from hard frosts. Cauliflowers can be ‘planted’ (with roots attached) in boxes filled with sandy soil. They should be sprinkled with water once in a while.

Root vegetable clamps

For a limited period of time, cucumbers, melons and pumpkins can be stored in suspended nets.  But their high water content makes them liable to rot, especially if they have been bruised.

Onions and garlic should be spread out in the sun until the outer layers dry and turn papery. Thereafter, they can be bundled and hung.

Apples can be stored in a cool, moist, but aerated basement. But, they must be handled gently. Bruised apples will rot. Late varieties are more suitable for long-term storage. Early varieties are better used for immediately. Ideally, apples should be picked as late in the season as possible, when they come off the tree without effort. They should be spread out to dry for a day or so, and then stored singly (wrapped in paper, if possible) and placed on a shelf or in small cardboard storage boxes. Pears can be stored the same way, but prefer slightly cooler temperatures.

Chestnuts keep well in clamps. Check for tiny holes in their shells, which is a tell-tale sign that  they are infested with worms. Pulses and grains can be stored in hessian bags. The bags can be treated with neem spray to deter bugs. Shake the bag occasionally to inhibit the development of insect larvae.

Dehydration

One of the best methods to preserve fruits and vegetables is to dehydrate them. This method has the advantage that the ‘natural goodness’ is largely preserved, since only the water is extracted. In hot and dry climates, vegetables and fruits can be dried in the sun, or on special racks. In the colder time of the year, the rack is placed near the fire place or oven. It is difficult to sun dry fruit and veggies in modern apartments. However, one can use the oven to help the process. Arrange the prepared fruit on racks (rather than cookie sheets) that are lined with baking paper. Obviously, thin slices dry faster than thicker ones and juicy fruits take longer than dryer types. The greatest difficulty is to get the temperature right, since many of the nutrients are destroyed at temperature above 40°C. The lowest setting on the dial is usually 50°C degrees (100F). It is better to dry things at a lower temperature for a longer period of time. Keep the oven door slightly ajar to modify the temperature and to let the steam escape.

But even so, keeping the oven running for long periods of time is not very energy efficient and is also a nuisance during the summer, when it is difficult enough to keep the room temperatures bearable.

The best option is a dehydrator. The lower the wattage, the lower the electricity use will be. The best models are expandable (all you to add extra racks), have a timer and an accurate temperature regulator.

To prevent discolouration dip fruits that are vulnerable to oxidation in lemon water (50:50) before drying them. This preserves the natural color. Once dry, and aired out, store the dried goods in air-tight containers (storage jars). Dried fruit and vegetables can keep for ages, as long as they are stored properly. But if they absorb moisture from the atmosphere they will go moldy.

Very juicy fruit should drain for a period of time to reduce the amount of moisture (e.g, pineapple) before drying. Cut the fruit to the desired size and drain in a colander for at least an 1 hour.

Air-drying fruit also has advantages and disadvantages. The main advantage is that it saves on electricity and can be done at a lower temperature, which preserves the vitamins. The disadvantage is that the drying fruit will attract fruit flies. Prolonged drying also encourages mold.

Drying fruit and vegetables correctly requires a bit of practice. Dehydrators make the process a great deal easier and less messy. A major advantage is that the dried material takes up much less space which is handy for storage. Also, dried fruit and veg keep well for long periods of time if stored correctly.

Fruit Leather

Spread pureed fruit blended with honey and ground almonds, or hazelnuts on baking paper, and dry.  Fruit Leather is a very popular snack that also makes an excellent, instant energy, hiking food.

Dried vegetables can be rehydrated by soaking them for a few hours in enough water to cover them; slowly cook them with the remaining water. It took time to remove the water, and it takes time to reabsorb it. If prepared too quickly the veggies will be chewy. The smaller and thinner the slices, the quicker they will reabsorb the water.

dehydration

Lacto-fermentation

Everybody knows (and some actually love) Sauerkraut. But not all Sauerkrauts are created equal. Most commercially available types are produced using salt and vinegar and are pasteurised, which unfortunately, kills off the probiotic substances that make fermented foods like Sauerkraut so beneficial.

Sauerkraut is not the only way in which Cabbage can be fermented. A more interesting variation (to my taste, at least) is Korean Kimchi, which consists of a combination of different vegetables and spices. There are dozens of recipes and plenty of scope for experimentation.

The method of lacto-fermentation is simple, providing one has the right equipment. It does not take much, except a special fermentation crock-pot with a grooved rim. This rim should be half-filled with water, which, once covered with the lid, creates an airlock that prevents air borne bacteria or fungal spores from entering the pot. Another necessary item is a stone or weight to push down the vegetables and keep them submerged in the juices. For smaller amounts, airtight jars (pickling jars) can be used instead.

Cabbage, carrots, cauliflower, onion, garlic, horseradish, celery, bell peppers and pepperonis are well-suited for lacto-fermentation.

Suitable pickling spices include mustard seeds, peppercorns, allspice, juniper, cloves, fenugreek, ajowan, coriander, cumin, chillies, dill, fennel, tarragon, and bay leaves.

Finely cut or shred the vegetables and pack them tightly into the crockpot; sprinkle the spices between the layers of veggies. As the final layer, cover the veggies with a large cabbage or horseradish. Horseradish leaves will help to prevent mold. Prepare enough brine (1oz salt per liter of water) to pour over and cover the vegetables, but don’t fill the jar all the way to the top. (You can add a little whey to aid the fermentation process).

If you use fermentation crock-pot, half fill the rim with water (air-lock), place the stone on top of the vegetables and cover with the lid. Keep an eye on the water level in the airlock and replenish with water if it starts to evaporate. Place the jar or crockpot in a warm place for about 10 days, then move it to a cool one for another 6 weeks. Remove any mold that may have formed on the surface. Avoid removing the lid unnecessarily.

Canning

Canning is a great way to preserve foods. Almost anything can be canned and stored for later – and canned goods keep indefinitely, theoretically, at least. In practice, it is recommended to use canned foods within a year or two.

There are basically two different canning methods, one that is suitable for high acid foods, such as fruit, juices, and pickles, and one that is suitable for low acid foods, such as most vegetables, or meats.

There are many good canning recipes and it is best to choose a tried and tested one to avoid disappointment – especially if you are new to canning.

High acid foods are a little easier to process, as they do not require extreme heat to preserve them. Ordinary boiling is sufficient as the acid content inhibits the growth of harmful bacteria. Certain kinds of equipment make the process a great deal easier.

To preserve high acid foods, you need a large pot and rack (for holding the jars in place above the bottom of the pan), canning jars with two-part lids (lid with a rubber rim and band), a canning funnel, a jar lifter and lid magnet. A ‘head space’ measuring tool and bubble remover can also be useful.

The most important thing about canning is to make sure that all the equipment is squeaky clean and that the produce is immaculate and fresh. Don’t be tempted to preserve items that are on the verge of going off, or you will ruin the whole batch.

Prepare the foods according to your recipe, fill into the jars, and cover with a rubber ring and lid. The lids  are held in place with a special little clamp. Canning machines have a rack that is placed at the bottom. If you are using a large pot, you need to find a rack that fits the pot. Place the jars on top of the rack and cover with water . Boil for a set amount of time (according to your recipe) to sterilize the jars.

For a detailed description of the process see:

Canning High Acid Foods

Low acid foods require more care. Since they lack naturally occurring acids, they must be heated to a temperature that is well above boiling to kill any pathogens that otherwise might spoil the fruits of your labor. To achieve such high temperatures you will need a pressure cooker, preferably a purpose made one with a pressure gauge and thermometer.

As with the high acid foods, it is recommended to use a tried and tested recipe. Fill your food into clean jars, cover with lids and place the jars on the rack. Cover with water and sterilize according to the instructions of your recipe.

For a very useful and detailed description of the process, see this presentation:

Canning Low Acid Foods

Pickling

Instead of fermenting foods, many vegetables can be pickled in vinegar. This method is not as wholesome as the lacto-fermentation mentioned above, since it does not create probiotic bacteria in the process. Acid inhibits the growth of harmful bacteria, which is why it serves well as a preserving liquid.

The most important thing about pickling in vinegar is to use non-metal (except stainless steel) and non-plastic containers. Acids can react with such materials. Use glass or stoneware.

Fruit can be pickled in a vinegar /sugar syrup, to make delicious condiments.

Vegetables are often salted for a period of time (overnight) in order to draw out some of their water and to soften the skin. Wash and simmer them for a few minutes before covering them in vinegar and pickling spices. But not for too long. You’ll want the veggies to stay crunchy.

Some recipes call for a vinegar /sugar others for a vinegar /brine blend. Some recommend the vinegar to first be heated (and simmered with various spices) and then cooled before pouring it over the vegetables, other recipes call for hot vinegar. Pickling provides endless scope for experimentation.

Preserving in Oil

Oil in itself does not ward off bacteria, but it creates an effective barrier and thus prevents oxidation. To preserve vegetables in oil they are usually cooked in either brine or vinegar first, for a short period of time. The idea is to preserve the crunchiness. Place the veggies into a jar and cover with oil. Start with a layer of oil before adding the veggies, as this will prevent air bubbles. Make sure the contents remain covered in oil even once you start to use the preserve. Use good cooking oil – olive oil is ideal, as it has a good balance of fatty acids and resists oxidation.

Preserving in Sugar/Syrup

That sugar isn’t healthy is not the latest discovery of science. It depletes vitamin B1 and calcium and destroys the teeth. However, for certain things sugar is an ideal preserving agent – just as with any other harmful substance, there is a direct correlation between the level of damage and the amount consumed. Sugar preserves include jams, jellies, marmalade, syrup and candied fruit. For jams and jellies it is usually necessary to add pectin (or use preserving sugar) in order to achieve the proper consistency.

If you use lemon or orange peel in your recipes make sure it comes from organic citrus fruit.

Preserving nature’s bounty is an art and no novice will immediately master all methods. But it is a great joy to preserve the harvest and to create unique tasty treats, just exactly the way you like them. No commercial enterprise can even come close to that. All it takes is a spirit of experimentation and discovery.

It is also a lot of work – but it is SO worthwhile when, in the midst of winter, you can still feast on jars and cans filled with the sunshine and goodness of the previous harvest.

Resources:

National Center for Home Food Preservation

FAO Leaflet Small-scale Post-Harvest Handling Practices

jam
Plant Profile: St. John’s Wort

Plant Profile: St. John’s Wort

Hypericum perforatum (Clusiaceae)

St John’s Wort is the kind of herb that gladdens the heart just by looking at it. Many magical and medicinal properties have been ascribed to it and even its name alludes to certain divine connotations: it was named in honour of St. John, the Baptist, whose saints’ day is on June 23rd. He presides over the Christianised version of the Midsummer Feast, the most important feast day of the ancient pastoral calendar. Yet, it is often considered a noxious weed, particularly in agricultural circles. Let’s take a closer look.

Description:

St. John’s Wort is a perennial herbaceous plant that can reach a height of up to 2ft. The stem bears two raised lines along their length and branches in the upper parts. Numerous translucent dots cover the ovate to linear leaves. These are oil glands that store essential oil. The margins are entire and show tiny black dots around the edges. These oil glands produce the red oil. The five-petaled, yellow flowers look like little stars or suns. Clusters of flowers bloom from June to September. The tiny seeds are borne in capsules. St John’s Wort tastes balsamic, aromatic and slightly bitter. Squish the flower-buds between your fingers to verify its identity. St. John’s Wort, when pressed, stains red. 

Habitat:

St. John’s Wort grows throughout Central Europe and the British Isles. Its habitats are verges, meadows, hedgerows, wood clearings, and waste places. It has become naturalised in many parts of the US, where it is regarded as a noxious weed.

HISTORY

The Doctrine of signatures assigns this herb to the Sun, not only because its flowers look so sunny, but also because its flowering-  and gathering season coincides with the zenith of the Sun at Midsummer. At this time, its potency is at its peak. The reddish oil has been associated with blood, the sacred juice of life. Saint John’s Wort has long been revered as a magical herb that was said to ward off all kinds of witches and devils, and was even often offered as a Midsummer sacrifice to ensure the continuity of life.

Some sprigs were cast on the solstice bonfires, others were blessed and hung above the doorways and into the rafters of stables and barns. This custom was believed to offer protection against the hazards of the burning power of the sun: fires, lightning, and droughts, and to ward off witches and demons.

St John’s Wort enjoyed its greatest glory during the Middle Ages, when it was known as ‘Fuga Daemonium’ and it was deemed a protective force against all evil.

All efforts of the Church to demonise the herb had failed and so it was absorbed into Christian mythology and given to St. John, the Baptist, who’s Saints Day falls on June 24th, right at the height of the herb’s flowering time. The red oil was said to be a reminder of the Saint’s martyrdom.

Many of the old Pagan traditions were absorbed into the new faith but reinterpreted to fit its own mythology: It was probably the only herb to have been used in the Witch trials to identify witches, using talismanic magic:

The formula:

SATOR

AREPO

TENET

OPERA

ROTAS

was written on a piece of paper and placed on a piece of leather along with some St. John’s Wort that had been gathered during the first quarter of the moon. This talisman was supposed to reveal the true identity of a witch, since no witch could disguise her identity in the presence of such a forthright and radiant herb. It had the power to banish all the evil powers. (Just how it did so is not clear).

Today, St. John’s Wort’s magical associations have largely been forgotten. But it continues to play an important role in medical herbalism, especially as a natural anti-depressant. But not all consider it benevolent. In the US, it is considered a noxious weed that is dangerous to cattle. The allegations are that its photosensitising properties are hazardous to humans and cattle alike.  

St. Johns Wort is indeed photosensitising. It is most likely to harm grazing animals that may consume large amounts of it while being exposed to intense heat without access to sheltering shade. This problem is severe in the overgrazed southwestern parts of the US. Internal use of St. John’s Wort herb rarely poses this threat to humans, (although it is conceivable). It is therefore recommended to avoid St. John’s Wort if one spends a lot of time in the sun or in the solarium.

Caution is also advised when using it in the treatment of depression. St. John’s Wort affects the serum-levels of the Neurotransmitter Serotonin, which may produce negative effects when used with other anti-depressant drugs that also affect the metabolism of neurotransmitters. Finally, St John’s Wort is a powerful liver cleanser. It cleanses the liver eliminates all kinds of toxins – including pharmaceutical drugs and birth control pills, rendering them useless. Thus, it is always advised to consult with a qualified practitioner who can advise you on any drug interactions or other ill-effects, before attempting to use St. John’s Wort medicinally.

Medicinal Uses

PARTS USED: Aerial parts, collect when in flower, for the oil usually only the flowering tops are used

CONSTITUENTS: Essential oil – caryophyllene, methyl-2-octane, n-nonane, n-octanal, n-decanal, a-and b pinene, traces of limonene and myrcene, hypericin (photosensitizing), hyperforin, Glycosides (rutin), tannin, resin, pectin

ACTIONS: Antidepressant, sedative, nervine, anti-inflammatory, anti-bacterial, astringent, vulnerary, diuretic

MEDICINAL USES:

Internal Use:

St. John’s Wort is a tonic for the whole body:  a gentle cleansing remedy that improves overall function and tones the vital organ systems. It improves and regulates the metabolism and tones the stomach, liver, and kidneys, thus helping the body to clear out toxins. Internally, a small amount of the oil or, better still, the expressed juice, taken on an empty stomach, has been used for treating stomach ulcers and gastritis. Freshly pressed St. John’s Wort juice also has a history of use as an astringent to stop internal bleeding, spitting of blood, and (bloody) diarrhoea.

St John’s Wort is also an excellent nervine. Its calming and sedative properties soothe the nerves, headaches and migraines and alleviate anxiety, melancholy, and irritability, especially during menopause, or PMT. Old herbals also recommend it for ‘shaking and twitching’ (Parkinson? Epilepsy?). It is considered a specific for curing bed-wetting in children, especially when caused by anxiety. For this purpose, 1 tablespoon of the infusion, given at bedtime, is said to suffice.  As a diuretic, St. John’s Wort assists the kidneys to flush waste materials and toxins from the body. The tea is effective for indigestion, stomach catarrh, and as a vermifuge. For therapeutic purposes, it is best to use the fresh herb or tincture, as the dried herb has lost much of its potency.

External Use:

In the past, the external use of St. John’s Wort was much more common. It was cherished as an excellent wound healer that could cleanse the wound and ‘knit the skin together’. It was applied to wounds and cuts, bruises, varicose veins, and burns. For this purpose, the expressed juice, or a compress made from the fresh, bruised herb was used. Modern herbalists prefer a diluted tincture. Tabernaemontana reports that the powdered dried herb can be strewn directly into ‘foul’ wounds to clean and heal them. In his days, midwives also used the herb as a fumigant to help women who encountered severe problems with their pregnancies or during childbirth.

St. John’s Wort Oil

Traditionally, the flowers were steeped in Poppy seed oil to produce a bright red oil. However, since Poppy Seed oil has become very hard to find, Olive oil can be substituted. After gathering the fresh tops, spread them out on a baking sheet and let them wilt for a few days. This will evaporate most of their water content. Fill a jar with the wilted flowering tops and cover with oil. Macerate for 4 weeks in full sun. Strain the oil, repeat the process using the same oil but adding fresh flowers. This oil is used for treating sunburn, other mild burns, neuralgia, sciatica, and rheumatic pain, as well as sprains and strains, cuts, wounds, as well as muscle aches and nerve pains. It is also said to reduce scarring. Tabernaemontana mentions an elaborate recipe for a compound oil, which, among other things, includes various gums and resins, such as frankincense, myrrh, mastic and other herbs, including Plantain leaves, Yarrow and Tormentil, which he claims, will be a superior oil, effective for treating just about any kind wound.

CAUTION:

Since St. John’s Wort contains the photosensitising agent hypericin, avoid direct sunlight after either internal and external use of St. John’s Wort. If you are taking pharmaceutical drugs, especially anti-depressants, consult with a knowledgeable doctor regarding the possibility of negative drug interactions. The efficacy of birth control pills can not be taken for granted if St. John’s Wort is used orally at the same time.

What is Foraging?

What is Foraging?

Foraging – connecting with nature through the senses

 

I became a forager at the age of 5, and I suspect many of you did, too. My early childhood memories are filled with berries of all kinds: wild strawberries, raspberries, blackberries, and above all, blueberries. They covered the forest floor so densely that it was difficult to set down your foot without squashing them. 

The summer holidays were pure berry bliss as I munched my way through the landscape like an insatiable caterpillar.

These early sensuous experiences sowed the seeds from which, in time, my passion for nature sprouted. 

Nothing can forge a deeper connection to nature and the land than such total immersion – learning by smelling, tasting, eating, feeling and playing with what nature provides in abundance. We learn by doing, observing and asking questions about what we can directly experience. These sensory impressions form the foundations of our understanding of the world. 

 

 We learn to understand processes, to see patterns from which we deduce meaning. Such intense observation creates a deep relationship with the observed. We are no longer separated, but deeply and empathically involved. A sense of familiarity and caring develops and gradually grows. A great way to stimulate this learning process is to become a forager.

 

What is foraging?

The term ‘foraging’ is often associated with animals roaming around looking for food. Different animals forage for different kinds of food. A hedgehog looks for beetles, snails and fallen fruit, while gorillas sustain themselves only on leaves. 

 

As ‘civilized’ human beings, we mostly forage at the supermarket. Everything is always available, and most of us have lost any sense of connection to the cycle of the seasons and the different foods they produce – unless they are gardeners, of course. But before we began domesticating wild species of plants and animals, we incorporated a wide variety of wild species into our diets. 

 

Picking berries or hunting for mushrooms is still hugely popular, especially in times of economic hardship. Some of us continue to forage for part of our diets – not just to save money on the grocery bill, but simply because we love it. We love the connection with the land and the variety of foods and flavours each season provides. Besides, wild foods tend to have a vastly superior nutritional profile compared to industrially farmed produce.

 

What are wild (plant) foods?

Wild food plants are simply edible plants that are not under cultivation. But the dividing line between wild and cultivated foods can be very vague. Many wild edibles are the undomesticated ancestors of the plants we find at the grocery. Some wild species used to be cultivated and sold on the market but are no longer grown today. Gardeners even curse them as weeds. 

 

Some fruits and nuts are cultivated and found in the wild. The cultivated varieties are bred for specific traits and qualities, such as shelf-life. Their wild cousins tend to be smaller but are often more flavourful.

 

Whether we can digest any given wild plant is determined by our physiology. Certain plants that would kill us are perfectly edible for other animals. 

 

How to become a forager?

 

Foraging is a skill that must be learnt like any other. 

The best method to learn is to find a knowledgeable mentor or join foraging walks and classes in your neighbourhood.

But there is also much you can learn on your own. 

 

Essential foraging skills:

Learn all you can about your environment

Observe closely, and ask questions: 
What kinds of trees, bushes and wildflowers grow here?
Which animals feed on them? 
Do certain plants always grow together? 
What is the soil like, chalky or loamy, wet or dry? 
Do you know what the farmer sprays on his nearby field? 

Learn plant identification skills

Foragers must learn basic botany and become familiar with the transformative processes of plants. Learn to recognize them at different stages of their growth cycle. Some species are edible at one stage, but toxic at another. 

Learn the seasons

Each season brings forth its special treats, but seasons are not fixed by a calendar. If you know how to read the signs of nature, you will recognize when the time to harvest a specific herb or fruit has come.

Learn how to care for your environment

As foragers, we are stewards of the land, not pillagers. We must not only take but also give back to nature. Remember that you are not the only hungry one out there. Others (human or animal) also depend on the gifts of nature.

Cautions:

 

Never ever rely on your intuition alone! Even deadly plants and fungi may look, smell or taste deceptively appealing!

 

Learning everything you can about your environment is the most essential skill a forager must develop.

 

Always test for allergies before tucking into a foraged feast. The body can be finicky when we ask it to accept foods it has never previously encountered.

 

And finally – knowing your land also means learning about dangers that may lurk in the undergrowth: snakes, insects (ticks!), wild boars, or even bears, depending on where you live.

 

Resources:

 

There are many knowledgeable people out there who teach foraging as a craft – too many to name them all here.

But here are a few useful books. (As an Amazon Associate, I earn from qualifying purchases.)

Keep in mind that each bioregion is unique. There are many differences concerning microclimates, seasons, and habitats. Obviously, I can’t cover them all. I focus on my local bioregion, which is Central Europe.

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Star of Bethlehem

Star of Bethlehem

Plant Profile: Star of Bethlehem (Ornithogalum umbellatum)

 

Family: Liliacae /allium family

 

I recently took up nature journaling, and when I sat in the garden looking for a suitable motif, I suddenly noticed a Star of Bethlehem growing at my feet. I had seen them in the vineyards many times, but hadn’t noticed them moving in with me. 

Apart from giving them a friendly nod, I had never paid much attention to them. As far as I knew, they were not used for food or medicine; but hang on – didn’t Dr Bach revere this little flower and give it a prime spot as part of his Rescue Remedy formula?

I decided to take a closer look and dropped to my knees to study it in detail. I was immediately smitten by the Star’s sublime beauty and unusual features.

 

What is the Star of Bethlehem?

Star of Bethlehem is a small perennial bulbous plant of the Lily family (Asparagaceae). Its leaves die back even as it begins to flower. After flowering, its energy retreats into the underground bulb. During the ‘dormant’ period, it produces little bulbils that send up their own narrow leaves early in the following spring. The Star of Bethlehem is thermoperiodic, meaning that it needs to go through a period of low temperatures before it begins to flower. 

 

The pretty, star-like flowers appear between April and June. The white petals have a green stripe on the underside that is only visible when the flower is closed. It looks as if the petal has fused with the sepal. But in fact, botanical descriptions of the plant say that the flower is composed of three identical sepals and petals, displayed in a single whorl. It is impossible to tell the difference, so botanists call them tepals. In the centre of the flower is a little crown of what looks like six white petals tipped by the pollen-bearing anthers. They enclose what looks like a little six-pointed star, from which the pistil protrudes.

 

Where does Star of Bethlehem grow?

You can find Star of Bethlehem growing in many places throughout Europe and North Africa. It arrived in the United States as a garden plant, which has naturalized to such an extent that the USDA now considers it a pesky weed.

 

Where did the name ‘Star of Bethlehem’ come from?

The origin of the name is attributed to various stories. The most obvious explanation is its widespread distribution in the Middle East and the Mediterranean Basin. Pilgrims on their way to Jerusalem carried the dried bulbs as food. (But fresh bulbs are reported as poisonous to cattle.) Another myth claims that the flower sprung from fragments of the Star of Bethlehem.

 

Is Star of Bethlehem known by any other names?

 

Indeed, it is, but none as charming. Star of Bethlehem is also known as Sleepy Dick, Nap-at-Noon, and even ‘Dove Dung’. 

Nap-at-Noon alludes to the flower’s habit of ‘going to sleep’ in the afternoon and on cloudy days. The name ‘Dove Dung’ seems a bit insulting, apparently implying that the white ‘splash’ of the Star resembles bird doo-doo. It doesn’t, and in fact, it is not a reference to the supposed likeness. Instead, the name is a literal translation of the Latin name Ornithogalum, which means ‘bird’s milk’, a common euphemism for avian excrement. The species name ‘umbellatum’ refers to the umbel-like flower.

 

Star of Bethlehem flower

 

 

History

Gerard describes it as a type of wild onion and quotes Dioscurides, who mentioned that the bulbs are edible. Both the bulbs and the green parts are sold at markets in Turkey (Central, Bulancak) (1). Yet, they are also many sources that claim it is poisonous. So, what is the scoop?

 

Is Star of Bethlehem poisonous?

Biochemical research confirms that Star of Bethlehem contains cardioactive glycosides that are potentially toxic. But further investigation showed, that they do not survive being subjected to digestive juices, which would explain the controversy. An early study published by Arthur Vogelsang in 1961 notes that the effect of Star of Bethlehem is quite different depending on whether it is taken orally or injected. To test his hypothesis and confirm that the coating prevents the breakdown of the cardio-active compounds in the stomach. He compared Star of Bethlehem with Digitoxin and observed that its extract slowed the heart rate to a lesser degree than digitoxin while increasing the strength of the cardiac contraction and the excretion of body fluid. Star of Bethlehem also caused less nausea. Overall, Star of Bethlehem is a gentle yet highly effective heart drug that can be given to reduce blood pressure, strengthen the pulse and increase the discharge of excess fluid. It is particularly helpful for patients that do not tolerate digitoxin well.

 

Note of Caution:

The specific growing conditions, such as exposure to sunlight, water and soil type, change Star of Bethlehem’s chemical composition.

 

Is Star of Bethlehem used homeopathically?

In Homeopathy, the Star of Bethlehem is known by its Latin name, Ornithogalum umbellatum. It is used to treat persistent gastrointestinal problems, such as upper abdominal pain in the epigastric (central abdominal) region, pressure, malignant tumours of the digestive tract accompanied by depression, and feeling drained and exhausted. It is also indicated for patients suffering from a state of nervous exhaustion with high sensitivity to all types of stimuli.

 

What are the indications for Star of Bethlehem Bach Flower Remedy?

For Dr Bach, Star of Bethlehem was one of the most treasured flower remedies. He used it as a go-to Trauma remedy to buffer the effects of shock, such as unexpected bad news, the sudden loss of a loved one, an accident or other traumatic event. It can also help when facing the pain of past traumata (PTSD). It is one of the essential components of Rescue Remedy.

Foraging Daisy (Bellis perennis)

Foraging Daisy (Bellis perennis)

Foraging Daisy (Bellis perennis)

The dainty Daisy is a picture of innocence: it seems to have been made for adorning children’s heads. But there is a lot more to these lovely little flowers than meets the eye.

Etymology

The English name ‘Daisy’ means ‘Day’s Eye’ because the Daisy opens its flower head in the morning and closes it at night.

But the origin of its Latin name is a lot more surprising and somewhat controversial. Bellis means ‘pretty’ – an obvious choice for this little herb. But Mrs Grieves thinks it may have been named after a dryad known as Belidis. Another common name is ‘Baldur’s Brow’, linking the Daisy to the Norse Sun God Baldur. Another association links it to Bellona, a Goddess of war. Judging only by its appearance, this suggestion seems improbable, but its traditional medicinal uses give a deeper insight.

Properties of Daisy

Daisies first appear around the Spring Equinox, when the Sun enters Aries, which is ruled by Mars. The ancient herbalists used Daisy as a vulnerary – an herb to treat wounds, and as an anti-inflammatory and diaphoretic,  for treating fevers. Inflammation, fever, and wounds all suggest a ‘Martian’ connection.

Mars also leaves its signature on the taste sensation. The leaves and roots are quite astringent, almost hot, but very unlike the heat of chillies. Instead, it is a spreading, radiating warmth, not a blistering burn.

The leaves are a little rough and moist, and have a demulcent quality. The old herbalists found Daisy’s heat suitable for treating conditions characterized by retracted, cold phlegm. Daisies loosen congestive conditions caused by an excess of cold moisture -as the ancient herbalists would put it.

Modern clinical herbalists have all but forgotten the pretty English Daisy. They use her sister, the Ox-Eyed Daisy, instead. Both can be used for similar complaints. Ox-Eyed Daisies are an excellent remedy for chronic bronchial conditions, asthma, and whooping cough. It is also used to treat nervous excitability and, prepared as a lotion or ointment, as a wound herb.

Wild herbs are not only nutritious but also therapeutic – and none more so than the early spring herbs. They often provide just what our bodies need to restore vitality after fending off winter bugs.

Daisy as Wild Food

 

Recipes

 

Daisy in the Salad:

Daisy leaves and flowers can be added to spring salads. The young, tender leaves are rich in vitamin C, and their heat produces a diaphoretic effect.

Daisy Capers:

Conventional Capers are made from the unopened flower buds of the caper tree (Capparis spinosa.) But inventive foragers use the same method on other flower buds, such as Daisies or Dandelions (only use edible flowers!)

The basic recipe is quite simple:

Pick about one cup of Daisy buds, wash, and cover them with about 500 ml of salted water. Quickly bring to a boil and strain through a cheesecloth or finely meshed strainer.

Place the buds into a stone jar and pour 500 ml of boiling vinegar over them.

Make sure they are completely covered.

After about 4-5 days, pour the buds and vinegar into a pan and, making sure the buds are covered, bring to a boil.

Let them cool, jar and cover with jam cling film to prevent the buds from coming into direct contact with the air and turning mouldy.

Daisy Soup:

Daisy soup is quick and easy to prepare and can be made at almost any time of the year. Use all parts of the plant: roots, leaves and flowers. (Only use the roots if Daisies are prolific in your area.) Picking the plants is easy, but if you have heavy clay soil, be prepared for clots of dirt to cling to the roots, making cleaning them tedious.

Pick about 6-8oz of flowers (roots, leaves and tops), clean well and chop them up (not too small).

Quickly sauté them in a heavy pan with a few drops of olive oil.

Add half a cup of white wine or apple cider, let the alcohol fly off, and stir in 1 litre of vegetable broth. Season to taste and finish off with a dash of cream. Serve with croutons.

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Cacao can do more – New Uses for an Old Crop

Cacao can do more – New Uses for an Old Crop

In the past, there has been a lot of organic waste from the Cacao harvest. Research has been focused on alternative uses for all the discarded pods and fruit pulp produced during the Cacao bean harvest.

CACAO BUTTER :

A white /yellowish oil, expressed from the crushed seeds

CONSTITUENTS:

Palmitic, Stearic-, Oleic-, Linoleic Acid, traces of Isoleic acid

ACTIONS:

Emollient and nutrient

Non-chocolate uses of Theobroma Cacao

 

Economically, the most important use of Cacao is for making chocolate and cocoa for all our favourite sweet stuff. Cacao fat, pressed from roasted Cacao beans, is a by-product that has its own uses. 

Cacao Butter for Cosmetic and Pharmaceutical uses

The cosmetic industry uses Cacao butter as a nutritionally rich, moisturizing, and emollient fat in numerous skin-care products.

Cacao butter is solid at room temperature but melts at body temperature. Suppositories, meant to dissolve inside the body, are often made with Cacao butter. Lotions for haemorrhoids, vaginal and uterine lesions, or dry, chapped skin, lip balm and wound dressings also frequently contain Cacao butter. 

Internally, Cacao butter can help soothe bronchial and intestinal irritations. In fact, even high quality, high percentage Cocoa and Chocolate has some amazing superfood properties.

 

 New uses from waste products

During processing, the beans and some fruit pulp are left to ‘sweat’ for a few days, which changes the beans’ chemistry, reducing their bitterness and creating the right conditions for their characteristic chocolate flavour to develop. Although the pulp is an essential part of this process, only small amounts are. About 60% of the pulp goes to waste. 

 

Cacao smoothies and juices

But it doesn’t have to. In Brazil, farmers remove much of the pulp to modify the acidity and obtain smoother-tasting beans. The fruit pulp is sold at the local market and turned into various delicious products. Cocoa fruit-pulp jelly is a local delicacy. It serves as an ingredient in juices or shakes. But it could also be frozen and used to flavour ice cream, yoghurt or sold as a fruit juice concentrate. Unfortunately, so far, preserving large amounts of pulp has proved difficult and costly. 

 

 

To find ways to make more of the harvest, besides the beans, would be highly desirable, since Cacao prices on the global market are fickle, putting the small subsistence farmers at risk. 

 

New uses for discarded pods

Traditionally, a certain proportion of discarded pods is fed to animals, but the pods are not very digestible. In West Africa, the discarded pods are burnt to yield potassium-rich ash, used for making soap. But composting them, or making bio-char which in turn could be used to return valuable nutrients to the soil, would reduce farmers’ dependence on chemical fertilizers and reduce their costs. (1)

 

In recent years, research has focused on other alternative products that could be obtained from Cacao without decreasing pod yields.  (Antonio Figueira, Jules Janick, and James N. BeMiller, 1993)

 Gum

One such product is gum, present in both the stem and, to a larger extent, in the pods. This gum has a similar composition as Karaya Gum, which is typically extracted from various Sterculia species. 

 

The food- and pharmaceutical industries use it as an emulsifying agent and fixative. Studies show that Cacao pod gum compares favourably with Gum Karaya. Both contain the same monosaccharides, but Cacao pod gum also contains arabinose and has a higher proportion of rhamnose, making it better suited as a binder for pharmaceutical pills. In this respect, it is even superior to Gum Tragacanth. (Figueira et al. 1992).

 

Due to supply inconsistencies, the demand for Karaya gum has diminished. But Cacao pod gum could provide a superior and readily available alternative that could also provide a secondary source of income for subsistence farmers.

 

References

(1) Using Cocoa Pod Husks to Improve Crop Yields and Soil Quality

 

Figueira, A., J. Janick, and J.N. BeMiller. 1993. New products from Theobroma cacao: Seed pulp and pod gum. p. 475-478. In: J. Janick and J.E. Simon (eds.), New crops. Wiley, New York.

Figueira, A., J. Janick, M. Yadav, and J.N. BeMiller. 1992. Cacao gum: a potential new economic product. In: Proc. Int. Cocoa Conf. Challenges in the 90s (in press).

Unten, S., H. Ushijima, H. Shimizu, H. Tsuchie, T. Kitamura, N. Moritome, and H. Sakagami. 1991. Effect of cacao husk extract on human immunodeficiency virus infection. Letters Appl. Microbiol. 14:251-254.

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