Tag Archives: Harvest

Broadbeans and Peas uprooted

On the 18/06/2010 at the Allotment Plot the Broadbeans and Peas were over and out. The remaining produce was harvested. The plants were uprooted. The last Pea pods harvested weighed 60grams = 2oz once shelled = 1oz Peas = 20grams. The last Broadbean pods harvested weighed 9oz = 250grams once shelled = 2oz = 60grams. Harvesting is an event. The total harvest produced was far less than anticipated.

Broadbeans & Peas up rooted

It is hard to know with a new allotment plot what production to expect in the first year. Vegetable growing businesses such as Tolhurst Organic have years of experience in knowing what to grow and how to grow it. The work is labour intensive and produce amounts vary from year to year determined by random factors and weather conditions. Growing all kinds of plants for market consumption takes a good deal of expert knowledge. If the business is to grow one crop per growing cycle year then all thought processes surround that one crop, but if the business is to grow multiple crops all year round for a vegetable box delivery scheme or for shop consumption then tangible thought processes of multiplicity surround the crops. That is not to say that the thought process for a single crop is not complicated, but it is more rooted in one crop. The thought process for growing multiple crops must in a sense be more rhizomatic, the attention moving from one crop to another. The thoughts graft on to the radicle-system not just a principle root system; the crop rotation layers are folded onto one another. “The rhizome itself assumes very diverse forms, from ramified surface extension in all directions to concretion into bulbs and tubers. […] The rhizome includes the best and the worst: potato and couchgrass, or the weed.” (Deluzes & Guattari Rhizome – A Thousand Plateaus). A rhizome grown underground is that of Tumeric or Ginseng, therefore is not a rhizome grown above ground that extends in all directions a Squash plant or plants such as Nasturium, Tomato, Pea, or climbing Bean?

In the space that appeared from the Broadbean and Pea removal Sweetcorn seedlings that had been reared in the fixed up greenhouse were planted. The summer Spinach that had gone to seed was pulled out of dry ground and all the uprooted plants were gathered for transportation to the compost bin across the garden amongst the trees. The Pot Marigolds were beginning to form buds. Seaweed concentrate was mixed with water in a watering can and applied to the plot soaking it with intensity. Lack of rain continues the soil is parched desperately thirsty for any moisture.

Brassica defence against Pigeon invasion was applied in the form of CDs scripted with the words; “HEAVY METAL!” tied with blue plastic string to bamboo support canes. This is an experiment to see whether or not Pigeons are fans of Heavy Metal, if they are not they should stay away from the Brassica plants. How this will be tested since there is no surveillance system is by noting if the vegetable plants thrive and grow. Heavy Metal is unable to be played aloud within MERL’s garden so the Pigeons need to be sensitive to the suggestion of Heavy Metal as a complete genre.

Heavy Metal Pigeon Defence

Allotment Archives

On 03/06/2010 the Allotment Plot was experiencing another bright sunny day the temperature was significantly warm. The ground was desperately dry. Ella Montt who is the grower on this particular Allotment, sits next to the Plot and eats lunch in the shade of the Mulberry tree; the gaze drifts from the vegetable plot to cross the grass, resting on the Museum building, which houses the archives. The shelves of the Library within the Museum have many texts written about growing processes to be employed by growers. The contemplation of the books that contain texts is acted out on the Allotment Plot. Much is there within the archives to be discovered about the historic process of farming, land usage, plants, crops, the effects of industrialization and science.

Allotment history in the British Isles has slowly evolved and punctuates dates of social change. Before industrialized farming methods land to grow food was essential for individual and family survival, (as remains so now in many parts of the world). The medieval systems that was common through out Europe, enabled peasants, or the rural poor, to work portions of ground belonging to the Landowners in exchange for labouring for the landowner. The head of state of the particular country ultimately owned all land.

The enclosures acts, (formerly know as ‘Inclosure’) that started in Britain during the twelfth century, accelerated between the eighteenth and nineteenth century to gradually remove land access from the general population so that most workable land was owned by a limited number of people. Many cottagers or small holders lost their homes, because they could not retain their rights to their properties, poverty and famine followed. Common land that had been previously used by rural dwellers for fuel gathering and food cultivation, was lost. Landowners did not want the workers to have access to land to grow their own food because self-sufficiency meant that they would not need to work for the landowner. Because people no longer had ways to support themselves, there was a movement of the rural poor to the towns, here they were able to become workers in the factories. The rural moved to the urban, yet the urban needed the rural in order to cultivate food. Allotment Acts were passed to insure growing land for the poor working classes to try to provide land to supplement or give income through cultivation. Urban areas became ringed by allotments for the new town dwellers, but as the size of the urban area expanded more of the rural allotment landscape disappeared as it was built on through the advance of capitalism. In the twentieth century what was land allotted originally to the labouring poor has since become allotments for a wide demographic. This was the result of the social changes of the First World War and the depression that followed. Allotment land was needed to grow food and cultivated by everyone not just the poor and unemployed.

Now housing can be built with out access to growing space in both urban and rural areas. The desire to have an Allotment is a common right and of individual free will. Obtaining an Allotment can be a different story; because land is still limited by land ownership and local authority Allotment waiting lists are often very long in any given area. Food self-sufficiency is hard to achieve without space, but human activity can be inventive if self grown food is desired. There are many inner city areas who have growing groups that use all kinds of space to plant whatever they are able to. Many individuals grow using window boxes and balconies. Previously Ella Montt had some experience of growing herbs in window boxes of a 5th floor apartment in New York.

Ella Montt’s thoughts returned to the Allotment Plot and the working activity of this particular grower. An assessment of what is growing on the Plot is recorded. Many of the plants seem to be small in size, because of the lack of rain. This includes the Parsley, and the Onion sets. The Sweetcorn seeds were starting to germinate; their tender shoots could easily be eaten.  The Red Kale was growing well, but petite in height. If rain falls the growth may be significant. Broadbeans and Peas were ready for harvesting. The squash plants had survived their first week on the Plot, they were wilting under the hot sun. Two dwarf beans seedlings were pushing up out of the soil. The Brassicas were trying to grow back and recover from their predator damage; the survival rate will be watched carefully. The Sprint Garlic continues to twist its’ Scapes. The Thermidrome Garlic’s growth is slower and is not yet twisting. Five sunflowers were growing; four from seeds planted directly into the soil and one a seedling that was grown in the fixed up greenhouse. The Tomatoes look yellow around their lower leaves, this could be an indication that they are already blighted, damaged by extreme temperatures of the weather. The mulberry tree provides shade from the hot sun.

The Rainbow Chard needs water to accelerate the growth of the plants. A line of seeds planted last week are appearing through the soil, the leaves have a purple tinge, so perhaps slugs may leave them alone, but pigeons may not be that discerning. The young Spinach is already going to seed, because of the dry weather. Carrots foliage was healthy and growing, but small as yet. The tiny leaves of the Beetroots are difficult to imagine growing substantial edible roots. The Parsnips continue to have excellent foliage and seem to hold great promise for the autumn and winter months. The Herbs planted last week have survived. The Companion Planting was not growing as expected, however the Chives and Chamomile were flowering.

Young plants that had been grown in the fixed up greenhouse were then planted. They were three new Squashes plants, squashed into the row of various Squashes. Two types of Climbing Bean seedlings, which were 5 x French Bean (Climbing) Blue Lake and 4 x French Bean (Climbing) Blauhide and finally one more Tomato plant. The bell was rung to announce the arrival to the Plot.

Squashes Squashed

Tomato Planted

The harvesting commenced. The harvest was as follows:

Broadbeans Supersimonia 18 pods = 13oz = 380grams. Shelled Broadbeans to be consumed = 4oz = 100grams.

Pea Meteor harvested 48 = 4oz = 120grams. Shelled peas weight to be consumed = 2oz = 60grams.

The Peas were sampled and were found to be very sweet, tasty and perfect for raw consumption. The results from weighing the harvested vegetables indicate that the waste material accumulated is much higher for the Broadbeans. The Peas produced more produce from their pods. All the pod waste was returned to a compost bin to breakdown into new soil.

What maybe more efficient is the climbing and Dwarf Beans, because almost all of the bean can be eaten.

More water was applied via a watering can to the Plot.

Broadbeans & Onions

Planting and Harvest an Experiment

Ella Montt’s experiment of planting and harvesting at the Allotment Plot at MERL is on going. The first harvest (on 20/05/2010), which was over wintered Spinach, was inedible. The Spinach should have produced leaves that would have been harvestable through out the months of winter. The Spinach suffered crop failure and was regrettably dug up on 27/05/2010 to make way for new plants. The fork used to extract the Spinach had great difficulty in root excavation, because the soil was so dry and compact. The discarded plants were placed in a wheelbarrow to be delivered later to a compost bin in order for the molecular break down into soil.

The Brassicas look like they are also doomed to crop failure, but as part of the experiment in planting and harvesting, the striped seedlings will be left for a duration of weeks in order to monitor their progression and as a Monument to crop failure. The experiment here is to test the plants will and determination for growth and survival. Replanting of these particular Brassica seeds is not really an option, because their planting window was March to April and it is now the end of May. The summer Spinach that was planted in March is also going to seed.

On 26/05/2010 it had rained during the night. The rainwater had wet the surface soil, but not penetrated further into the ground. More rain is needed. The ground is desperately dry. However, the evidence of other plant proliferation diffuses a sense of desperation regarding specific elemental conditions that have resulted in particular crops failure.

A handful of Peas (2oz or 40grams) was harvested. More will be ready soon. The Broadbeans are forming and some will probably be ready for harvesting next week, providing no hungry predators attack the young pods.

Broadbeans

The next action on the Allotment Plot involved planting. The area that had held the over wintered Spinach between the Peas and the Garlic, was commandeered for the Squashes. Ten holes were dug with a trowel in readiness for the new plants. Various Squashes had been germinated and grown on as seedlings in the fixed up greenhouse at another location. The seeds that had had been planted weeks before in the greenhouse included Cucumber Tanja, Courgette Patriot F1, Courgette Soliel F1, Squash Black Futsu, Squash Green Hokkaido, Squash Uchiki Kuri, Squash Blue Ballet, and Squash Butternut. On moving the plants to MERL a breakdown occurred in Ella Montt’s transcribing communication structure resulting in confusion by Ella Montt as to which plant was which variety. Therefore an assortment of Squashes was planted on the Plot, ten plants initially, but depending on the success or failure of the planting, these may be followed by others. After the plants arrived in their growing destination and their roots were covered a bell was rang to announce their arrival. The plants were shocked and wilting after their travel from the greenhouse to the Plot. They were given water, poured from the watering can, to aid their recovery.

Squash 1Squash 2

Next holes were dug in the Brassica area near to Sunflowers and Garlic, six Tomato plants; one Pepper and one Aubergine were planted. a bell was rung to announce the new plant arrivals and the plants were watered. Sticks are forced into the ground to act as support for the plants as they grow. String was tied around the sticks and each plant.

Tomatoes

Another planting action then took place, in the herb border next to the Sage and Chives. Young herb seedlings were planted including Marjoram, Camomille and Basil.

herbs & parsnipsRed Kale

A report on the other crops not previously mentioned on the Plot is as follows: Parsnips, Carrots, Onions, Red Onions, Red Kale are all growing. Leeks, Rainbow Chard and Beetroot are growing, but very small. Sunflower plant is growing and Sunflower seeds are germinating, (predators please stay away from the area).

The Garlic plants are developing central looping stalks know as Scape, these can be snipped off and eaten after they have made one or two loops. Or they can be cut before the loop progresses to try to insure a larger bulb. The Scape can be left until harvest time; the flower will produce Bulbils that is Garlic seed, which can be used to plant to grow more Garlic next year. The Garlic Scapes will be left to grow as an experimental part of the Plot. The Scapes will be cut at different times and the Garlic bulbs monitored as part of the harvesting.

Garlic Scape 1

A final planting for the day occurred almost as an after thought. Shallow drills containing a scattering of seeds Cabbage Red Drumhead, Cabeza, Brooccoli Purple Sprouting Early, Kohl Rabi Azur Star, Florence Fennel Romanesco, and five Artichoke Imperial Star completed the process. Further watering with the watering can was then required.

Tolhurst Stockfree Organic Vegetables – March 2007 to February 2008

Kate Corder’s film Tolhurst Stockfree Organic Vegetables – March 2007 to February 2008 is currently on view at the Museum of English Rural Life until July 16th 2010. The film documents the growing seasons and biodiversity of the Tolhurst vegetable business over a twelve month period. Running time 124mins.  MERL’s opening hours are:

  • 9am to 5pm, Tuesday to Friday
  • 2pm to 4.30pm, Saturday and Sunday Tolhurst Film Flyer

Germination at the Plot

Some seeds have germinated at the Allotment Plot. Weeds also have appeared. Removal of weeds needs to be activated. This will be an on going process now that the Spring has arrived. Spring, like any other time of year, possesses a diverse spectrum of elemental weather conditions. Warmth from sunlight can be followed by fog and cloud. Sudden outbursts of thunder and lightening can be followed by torrential rainfall or sharp bursts of solid precipitation, hail. The temperature of both day and night time is inconsistent, frost is still a danger and snow also, this danger will last for the month of April and can extend to the month of May. Strong wind can rip tiny fruits and nuts from trees. Damage to fruits and vegetables could happen at anytime.There is no knowing what the harvest will be. Meanwhile, the hours of daylight are extending, which accelerates germination and growth.Brussel Sprout Seedlings

Twenty-five Red Baron Onion Sets were planted. The plot may now be overloaded with potential. The overwintered peas look like they are failing, weather damage has taken its toll, harvest amounts therefore may be very low unless replanted. Replanting may not be an option. If human survival is dependent on the harvest, it is yet to be proven.

March Vegetables