Orto di Casa Cecconi

My first allotment, and then one thing leading to another…

  • The London Harvest Festival

    All the team went up to London in shifts over the last couple of days to showcase our apples at the London Harvest Festival, held at the RHS Lindley Hall.

    The Festival revolves around the RHS Fruit & Vegetable Competition, which everyone can enter with their lovingly tended produce, and compete on the traditional criteria of size and uniformity.

    Around the competition, however, a range of produce and products that are all about flavour and diversity: stands of gourmet food and drinks, heritage seed for sale, and – of course – Wisley apples (and fruit identification sessions).

    Our job for the day was to core and slice apples from the orchard, and offer them for tasting to the visitors, who had the opportunity to buy them. It was the first time I had tasted so many different apples, in the attempt to remember their flavour to advise the customer, and they were irresistible!

    I found that my favourite one at the end of the day was a cooking apple: tasty Bedfordshire Foundling, a cultivar that dates back to 1800 and whose looks have made it into History, and I mean the Natural History Museum, where it appears on a glyphograph.

    When we display fruits at events, they come accompanied with a card describing them: their origin, flavour, their season of keeping in storage, and the pollination group, that is the time of flowering (as most apples are self-infertile, you need at least 2 varieties flowering at the same or at least partly overlapping time, in the vicinity, for pollination to lead to fruit set – 3 varieties if the apple cultivar is triploid). So here is how the card would look like for my favourite apple: the best sources for researching apples, and the ones I used for my card, are the National Fruit Collection, website Orange Pippin, and of course specialist nurseries that sell the variety (in this case Keepers Nursery).

    Cultivar: Bedfordshire foundling
    Origin: Thought to have originated in Bedfordshire, England in about 1800
    Season: Oct-Dec
    Pollination group: 3
    Notes: Large, round fruit. Orange-red flush over yellowish green skin. Cream coloured flesh with a rich sweet-sharp flavour. Fruits are firm, juicy, a little coarse-textured and subacid. Cooks well.

  • Chervil (Anthriscus cerefolium)

    One of the plugs we planted

    I have never tasted chervil, not consciously (although I read it is the main ingredient of French fines herbes and bouquet garni). Nor have I ever tried to grow it, so it would be fair to say I had no knowledge of the plant at all when I was asked to plant out some plugs today. I assumed it would be, like all Apiaceae, a rather tall plant, with white umbels as flowers.

    My colleague said they liked firm soil, so I shouldn’t dig too big a hole for them, which I was careful about. But otherwise, I treated it like I do any other seedling. Having never received much practical gardening training I guess I developed my own ways, good or bad, even if I always try to improve them as I learn more about plants and techniques.

    It turned out I may have planted the plugs too low and pressed the soil down rather than around the sides. It also turned out that Anthriscus is rather sensitive to root disturbance and my colleague was worried I might have caused a check in growth. I really hope not, and the various books I consulted tonight make no particular warning about careful handling, but maybe it’s just taken for granted, and I will keep an eye on the plants, and surely be more careful in the future with planting requirements.

    In the process of learning I got told a very memorable story on planting that applies to lettuce: too loo it won’t grow, too high it will die. However, as I was reading about lettuces, I think that may have originated from instructions for dealing with cut-and-come-again leaves as cutting them too low into the crown will cause them to take a long time to grow back (it is the same with grass and overgrazing) while too high might cause them to rot and die (very much like the dying back of snags when you prune badly).

    In any case, this made me research the plant, which has been used as a culinary herb and salad leaf since Roman times (when it was introduced to Britain) for its delicate aniseed flavour, which does not withstand drying or long cooking (freezing is the best way to preserve it). It has also medicinal properties as a tonic: it contains vitamin C, carotene, iron and magnesium.

    An established chervil plant

    Chervil likes a well draining, moist soil in partial shade best and bolts easily in sunny weather (some
    grow it in between rows of other plants that may shade it). A hardy plant (to about -10C), it can be sown late for winter leaves, especially when protected. We were planting it out in the herb garden because it will provide useful light-green and feathery ground cover over winter, with its low growing habit. It is said to be a good companion plant for radishes, which it makes hotter, and for lettuces, which it may protect from ants, aphids and slugs.

    Seed of Anthriscus cerefolium is not viable for long, only about a year, and the plant may suffer from greenfly. Named cultivars are available, ‘D’Hiver de Bruxelles’ for example is mentioned in the RHS Plant Finder, and there’s a curly leaf form of no particular culinary value.

  • The reciprocating mower

    I had never used a sickle mower with reciprocating blades before, and as they were cutting a small patch of meadow grass my team leader briefly showed me how to use it and let me have a go: an impromptu learning opportunity that I really appreciated.

    As most mowers, this one was also a four stroke engine, which means you have your lubricating oil separated from the fuel, which makes the exhaust less polluting and also means you have oil amongst your pre-start checks.

    The machine had already been checked, and the engine was warm, so no priming needed. I got an explanation on the handles:

    • to the left, with a safety catch, the red handle to engage the blades
    • to the right, the handle to engage the wheels and the throttle control 
    Blades handle
    Throttle control
    Wheels handle

    With the throttle on 3/4 to start, I had the honour to pull the recoil start cord.

    Because it was not self-propelled, the machine was a little heavier to use, but not too unwieldy.

    However, as the grass was wet from a morning shower, I soon found out one of the weak points of reciprocating blades (one of the oldest technology and the one still used in hedge trimmers): they get clogged rather easily. Nothing that cannot be solved with a bit of reversing, though, and I am told they are quite good on dry, long grass.

  • Trained apples and pears

    This has been an unusual summer, dry and warm and apples and pears have not started growing until very recently, that is why summer pruning had not been done before in the fruit garden.

    But as it’s now October, and the new shoots have stiffened at their tips (previously sappy growth), it was finally time to prune them back. We worked on apples trained on arches, oblique cordon apple and pears and some stepover apples.

    We applied the following criteria:

    • looking for new growth that was longer than secateur lenght (as stems that are shorter usually bear fruiting buds so must be kept), we traced it back to the bud scale scars, which usually have a cluster of leaves just above them, named the basal cluster
    Bud scale scar with basal cluster
    • laterals (not very many of these present, but they could be described as new growth from a dormant bud on the main stem) were cut back to 3 leaves above the basal cluster, to give them a chance to put up secondary growth, making them more robust
    • sub-laterals (or fruiting spurs) were cut back to 1 leaf above the basal cluster, to keep the tree compact and tidy (some pears had rather thin sub-laterals, which we treated like laterals to encourage thickening).
    Training restricted forms of apples and pears like this helps:

    • to encourage fruit buds (in the picture below, you can see a short spur with a tip bud developed where the new growth was cut to one leaf above the basal cluster, together with a fruit bud lower down)
    Fruit buds from previous pruning
    • to let the sun in to ripen the fruits (particularly if, unlike this year, leafy growth stops before the fruits are ripe)
    • to have decorative and compact, as well as productive fruit trees.
    While summer pruning restricts growth, winter pruning encourages it: some of these tree will need some over winter, to bring back laterals that have grown too unwieldy and encourage new growth to keep plants productive and to remove damaged stems (like the ones in the picture below, damaged by stem sap-suckers woolly aphidEriosoma lanigerum – incidentally, earwigs, Forficula auricularia, are natural predators of the aphids and encouraged in the orchard).

    Knobbly stem, woolly aphids’ damage
  • Raspberries in cages

    This week I will be working in the fruit garden, where, in preparation for the winter, raspberries (Rubus idaeus) need to freed from the netting cages that protected them for birds in the summer.

    Plaiting netting 

    First of all, we removed the side netting, which is stiffer plastic, and we rolled it up. Then we had to deal with the top, knitted netting. We cleaned it of all leaves, then we laid it on the lawn to fold it. Because knitted netting is quite unwieldy, it is tied in a plait to keep it tidy in the shed over winter, and I learnt how to do that this morning.

    Rolling up the net…
    … to a rope
    Plating: loop 1
    Plating: loop 1
    Plating: loop 2
    Plating: loop 2

    Plating: further loops
    A tidy net, ready for storing

    Lacing in summer-fruiting raspberry canes

    Once the raspberries had been freed of the cage, the summer-fruiting varieties, or floricanes (so called because they put up vegetative growth in the first year and only flower and set fruit in the second, some of which had grown quite tall and through the netting) had to be tidied up. As they are trained along a post-and-wire system, we also proceeded to tie them in for the winter, to prevent wind rock.

    Autumn-fruiting varieties do not need such management, as they flower and set fruit on first year’s canes (primocanes) and are cut back to the ground at the end of the season. Because of that, they are also trained on a different support: a single fence with parallel wires.

    It is quite a frustrating process, to start with, I found, as the canes have a mind of their own, but – having now down some three rows – my technique has improved and consists of the following:

    1. Clean the area around the base of the raspberries from weeds and fallen leaves, so that you can easily identify the best canes to keep; if there are any stumps left from previous canes that were badly pruned, it’s best to remove those too
    2. Before clearing the area
      After clearing the area
    3. Remove any fruited canes (the ones that have the remains of fruit stalks and look as they are past their best
    4. We use twine, which needs moving it into tight spaces, so my colleague taught me how to make a sort of weaving shuttle around a short stick (one can use a finger-thick slice of cane that has just been cut); I must say there is still ample room for improvement for me at this stage, as my “shuttle” tends to unroll at some stage of the process, which makes tying more complicated than it should
    5. Tie the twine to one of the post, with a self-tightening knot if possible, but, whichever the knot, making sure it is not going to loosen up over time. We have three wires in our system: at the bottom, middle and top of the canes, and we start tying canes to the lower one. Before starting, we tie a self-tightening knot at the beginning of the wire (this step is mirrored at the end of the wire)
    6. Choose the first cane to tie in: it has to be strong, higher than the top wire and be stiffer with secondary growth (avoiding green, sappy canes); it is better if it is not damaged, but one has to do with what one sees in front of them
    7. Tie in the first cane (see pictures below), then proceed to the next one that needs to be tied in at about 10 cm distance on the wire. It does not matter which side of the wire the cane comes from, or whether it is actually 10 cm (or so depending on the amount of canes and length of the wire) away from the previous one: canes can be bent to one’s needs, provided that there is a rigorous successional sequence and they are not selected randomly.
    8. Any canes that have not been chosen are best trimmed back to the ground as one goes along. As raspberries tend to produce buds straight at the bottom of the canes, it is best to do any pruning right back to the ground, so that stumps do not get in the way of new growth
    9. Repeat on the middle and the top wires: canes need to go up parallel from now on, 10 cm from each other

    Tying in canes: the knots

    “Parallel lines”
    Pass the twine around the cane, where it faces away from the wire and above the latter, then go around the wire and, from below it, pass a parallel line back to where you started. To remember the sequence, I call this ‘parallel lines”.

    The “cobweb” and  “in the middle”
    Make a whole loop around the wire from below to above and then back to below, tightening it up quite hard.  Then pass the twine behind the cane above the wire and pass it around the wire once (or twice depending which side of the wire the cane is on) so that it faces the new cane and you can start again . I call this “in the middle”(of the two canes).

    Taping in the loose ends

    The final flourish requires one to bend down the top of the canes in equally spaced and high arches, and to tape them in, in one-way succession, to the top wire, for a decorative (as well as functional) finishing effect.
    Et voila

    Canes tied
  • Pruning cordons

    Pink currants (Ribes rubrum cultivars)

    Soft fruit shrubs tend put up a lot of growth over the summer, and the last of summer pruning needed doing to keep the trained forms in check and tidy, so I was asked to start working on currants and gooseberries, cutting new growth back to 1-3 buds.

    Currants before pruning

    Against our toolshed, were some currants (Ribes rubrum cultivars), including pink ones, which I had never come across. Online suppliers I researched report them to be sweeter than redcurrants, but also having high pectin levels, which makes them ideal for preserve-making. Essentially, though, they have decorative value as a novelty. ‘Gloire de Sablon’ seems to be the only cultivar available to the general public in the UK but the one I pruned was called ‘Champagne’.

    Currants against the tool shed,
    after pruning

    More learning, however, I got from the gooseberries, which came with an interesting story.

    In fact, the collection at Wisley was donated by the Cheshire Gooseberry Society, which was one of the earliest to be set up in the mid-eighteen century, as I learned just this week from a booklet I was reading, called The Cottage Garden.

    Horticultural societies were popular at the time, generally the preserve of men, dedicated amateurs from the working classes that started benefiting from wider availability and dropping prices of plant material, and  encouraged as a means of moral improvement. Gooseberry took centre stage, as they were a very popular dessert fruit, both fresh and preserved, and easily grown in England.

    Dead serious business it was, but if one wanted to take a modern humourous view of the story of the Gooseberry Societies and their ways, they could not put it better than an article in The Indipendent (which made me giggle):

    “So popular was the meadow-green berry in Georgian and Victorian times that gooseberry clubs sprang up across northern England – at one time there were 120 – where growers (mostly men) competed to grow the biggest fruits. As men well know, size is everything, so bushes were pruned almost out of existence to allow just a handful of fruits to be coaxed to supersize proportions.”

    But, according to tradition and in the spirit of the donors,  the gooseberry collection continues to be grown here for their size for display purposes: tied to bamboo canes on a post and wire system, and carefully pruned as cordons. The base of the main stem is kept clear for 15 cm and one stem is grown as leader to reach to the top wire. Sideshoots, however, are grown as fruiting spurs, in a pyramid shape that ensures the plant energy is directed to fruits size, and that the same fruits ripen to perfection as the maximum surface is exposed to sunshine, while at the same time keeping good airflow through the plant.

    The cultivars names are really fascinating: from ‘Postman’ to ‘Cook’s Eagle’ through ‘Espera’, a testament to the creativity of the Society’s members.

    Two specimen of each cultivar are planted side by side in the collection, but despite that redundancy, most plants are plagued by American gooseberry mildew (Podosphaera mors-uvae) which causes dieback of shoots, so we were collecting good prunings (some 20 cm long and pencil thickness) for propagation purposes. We also had to sterilise our secateurs every time before starting on a new plant, to avoid spreading the fungus even further.

    When the leader of a plant was rather weak, we were encouraged to prune it back to one third of its length in the hope it got stronger, besides pruning the new growth ito 1-3 buds.

    I thought pruning these gooseberries required considerable concentration and that the shape of the plant needed careful consideration, to make sure they had the best chance to thrive, but it is possible that with experience I will find it less daunting: I was told by our fruit expert Jim that often people worry too much about pruning.

  • Grape stars

    When my team leader gave us trainees an introduction to the Fruit Department, he showed us some dessert grapes grown in a small greenhouse by the orchard, remarking that they were high maintenance, requiring: an intensive regime of pruning and trimming, fruit thinning and stripping of the bark from the stems to expose pests before treating in the winter.

    Today, one of those grapevines: Vitis vinifera ‘Muscat of Alexandria’, was the object of extra attentions, as it was of interest to a filming crew coming to the gardens.

    Vitis vinifera ‘Muscat of Alexandria’
    under glass at RHS Garden Wisley

    As we were not quite sure why that specific plant was in the limelight, I did a bit of research. An excellent quality variety, although not high-yielding and potentially unreliable , it has been very popular in the Mediterranean from time immemorial, and used as dessert, for raisins and wine-making . Incidentally, I found it really interesting to discover that one of the synonyms for this variety is ‘Zibibbo’, from the Arab for grapes (the grapes of grapes?), which gives the name to a fortified wine from Southern Italy that was the favourite of my grandfather.

    Anyway, the reason we worked on the ‘Muscat of Alexandria’ today was the sooty mould growing on the excretions of brown scales (Parthenolecanium corni), one of the glasshouse’s longstanding pests.

    Sooty mould
    Parthenolecanium corni on Vitis sp

    Some of the leaves were completely blackened, which, besides affecting their photosynthesising capacity (and occasionally clogging the pores on the underside), was rather aesthetically unappealing.

    So we washed them, bucket of water and sponge in hand. High maintenance stars indeed!