More from our correspondent Grannie Kate ….. broad bean and chickpea ….. eat pulses ….. stay healthy ….cut pollution
“I first acquired a recipe for chickpea patties from an Indian student of Sayed Azam-Ali  in 1991 during a field trip to the Highlands of Scotland! I have adapted it to add in extra tasty baby broad beans but be careful not to overdo the spices, otherwise the flavour of the broad beans will be masked.
You could add peas to the mix as well if you wished, or other types of cooked bean according to the season and availability. These are highly nutritious, very tasty and filling! Serve with mixed leaves and maybe some peppers and tomatoes with a light drizzle of olive oil. This recipe makes about 10 patties.
What you will need
1 cup of baby broad beans, boiled for three minutes
1 cup of cooked chickpeas, from a tin
1 cup of seasoned mashed potatoes
2 spring onions plus one medium onion, finely chopped
One garlic clove, grated
Piece of ginger about 2cm square, grated
Half a fresh red chilli, chopped finely and including the seeds
1/2 teaspoon of turmeric
1 teaspoon of garam masala
5 green cardamon pods, seeds removed and crushed
Salt and pepper to taste
1 beaten egg for binding the mixture plus gram flour (chickpea flour)
What to do
Start by preparing the spices. Grind the cardamom seeds in a pestle and mortar and then add the turmeric and garam masala, salt and pepper. Grind them all together.
Add vegetable oil to a frying pan and when it is hot, add the spices. Fry for about half a minute then add the onions, garlic, ginger and chilli. Fry gently for around 5 minutes, stirring continuously and then remove from the heat.
Lightly mash the chickpea and beans. Add them to with the potatoes to a large bowl and then add the fried onions and spices and mix loosely together with a fork. Add a beaten egg to bind the mixture together.
Sprinkle the flour onto a chopping board, and also onto your hands to stop the mixture from sticking. Place a large spoonful of the mixture onto your hand and make a ball, then roll in the flour.
Place each patty onto baking paper on a tray, cover and leave in the fridge for 30 minutes to firm up.
Fry gently in a frying pan, turning each patty over until a glorious golden brown colour.
Notes from the editor
Thanks again to our correspondent Grannie Kate for this recipe.
 Pulse crops such as broad beans and chickpeas are of the legume family and can be grown without nitrogen fertiliser, which if used to excess, is one of the most damaging pollutants of atmosphere and water.
What a name! A practical guide to ‘grass’ seed mixtures and other fodder crops in various editions in the 1800s by the Lawsons, Edinburgh seed merchants. Examples of complex grass mixtures, where ‘grass’ included legumes and other broadleaf species. Legumes typically 25% by weight of seed. Sometimes sown with a corn, such as barley, to protect the grass in the first year. Guidance on fodder crops such as sainfoin and whin (gorse). High sown diversity, now mostly gone, but recorded. Latest in the Living Field’s series on crop diversification.
The Living Field’s exploration of crop diversification or re-diversification – growing more things and more different things on the same piece of land – found that some complex species mixtures used in the 1800s and early 1900s had reformed in the Garden’s meadow and surrounding grass . Some species were sown but others just moved in, presumably enticed by the low-nutrient status of the soil and some friendly neighbours.
A century or more ago, grass seed mixtures were varied to suit the intended use. So, for example, those for one crop of hay had fewer species than others for permanent pasture. Yet what is clear from Agrostographia  and later works  is that quality ‘grass’ seed in the 1700s and 1800s consisted of complex mixtures of grass, legumes and other broadleaf (dicot) plants. On many farms, the forage legumes probably contributed more of the overall nitrogen input by biological fixation than crops such as beans and peas. The legumes also had a higher and different protein content to that of the grass species.
Given present interest in re-diversification, we here explore this practical guide and definitive study of complex ‘grass’ seed mixtures and other fodder crops.
The Lawsons’ Agrostographia
The 1800s was a time of great invention and experimentation. The Improvements of the 1700s had shifted agriculture to a higher trajectory, but there was still a need to improve the ‘grass’ that cows and sheep grazed and were fed. The process of nitrogen fixation by legumes was not scientifically understood, but the experimenters knew that legumes like clovers enriched the soil and gave better yields of livestock when they were present as part of the ‘grass’.
Among the foremost experimenters of the time, from the early 1800s, were the Lawsons, a seed company based in Edinburgh. In addition to their major efforts in trialling and documenting all the arable and horticultural plants that were and could be grown in Scotland , they were active in experimenting on ‘grass’ seed mixtures for different purposes.
They worked on trials first in the early 1800s, published their recommendations in 1833, refined them in their 1836 Agriculturalist’s Manual , and continued to update them in editions of the treatise named Agrostographia , the 6th edition of 1877 being used here. The treatise contains an introduction to grass mixtures, then tables which advise the species and weights of seed that should be sown for different purposes, such as long-term grazing, pasture under orchard trees, conversion of wet land and stabilising soil against coastal erosion.
The refinement and complexity of these seed mixtures was a way forward – a way out of the stagnation of unimproved grazing land.
Complexity for purpose
Where the aim was for one to three years hay or pasture, Agrostographia recommends mixtures of 6 – 9 species of grasses and legume, usually those able to form cover quickly. Mixtures for permanent pasture were more complex, selected from 16 types of grass and 7 types of legume (Fig. 1), where ‘types’ were mostly different species but occasionally different varieties of a species. The mixtures were varied slightly to suit three grades of heaviness of the soil and depending on whether the grass seed mixture was sown along with a corn crop, such as barley in spring, to ‘nurse’ the grass mix until it established. The corn was then usually cut along with the grass for a first hay.
Fig. 1 Composition of grass seed derived from 16 grass and 7 legume types (mostly different species) for permanent pasture, the % seed weight in the top two boxes for medium soils with a ‘nurse’ corn crop sown at the same time. Variations below show the grass/legume/dicot (G/L/D) proportions after additional seed was included for specific purposes. From Table III for permanent pasture mix No. 2 in Agrostographia 1877.
Legumes typically made up 20-25% of the standard seed weight in permanent pasture mixes. The proportion of legumes rose to more than 30% both in grass intended for one to three years duration and for permanent pasture in some conditions such as dry calcareous soil, where sainfoin was recommended along with standard legumes (Fig. 1).
The mixes present a marked contrast with most grass fields today, which contain no legumes or at best a sprinkling of white clover.
Species and varieties
Across their various mixtures, the Lawsons tested and gathered seed for about 50 species of grasses, legumes and other dicot plants. They treated each one like a separate crop, whose traits were identified, and which should contribute specific properties to a mix. The mixes achieved a spread of flowering and maturity times and a balance of architecture and feeding quality in the sward .
The most abundant grass species in pasture mixes were perennial and italian ryegrass, but others included cock’s-foot, timothy, foxtail and several species each of fescues and meadow grasses. The most abundant legumes were white clover and red clover, the latter often in its perennial form, while others included bird’s-foot trefoils, medics and occasionally sainfoin.
The annular diagram (Fig. 2) shows for a specific mix the proportion of each species or variety in the outer circle in the order given in the manual. Colours and shades of grass from blue to green and legumes from red to pink are to help differentiate the types. The lesser species were each present at between 2% and 6% of the total weight.
Fig. 2 Proportions of species or varieties of grass (blue, green) and legumes (red, pink) in a seed mixture for permanent grass on medium soils assuming sown with a corn crop. From Table III for permanent pasture mix No. 2 in Agrostographia 1877 .
Judging by the many editions and reprints, the Lawsons’ Agrostographia must have influenced many progressive farmers in their attempts to improve hay and grazing. Its contribution was recognised by agriculturalists like Preston, writing in 1887 .
The authors distinguish members of the grass family by grouping all legumes and other broadleaf or dicot plants as ‘artificial’ grasses. Among these artificials were typical forage legumes such as lucerne, sainfoin and various tares (e.g. Vicia sativa), which were sometimes grown as a single-species crop, and also plantains, burnets, and yarrow.
Sainfoin and lucerne were at that time commonly grown in the south of Britain, much less in the north. The authors state that the climate of Scotland is too cold for lucerne but sainfoin can be grown in ‘dry’ soils with help in the first year from a nurse corn.
Whin or gorse was another nitrogen-fixing legume recommended as a crop to be cut and pulped for cattle or eaten directly by sheep in the first year or two of growth. Today large areas of rough grazing land are covered by whin, which appears to be rarely eaten by livestock, but Agrostographia recommends growing it from seed in a field as a fodder crop.
How diverse and native were Agrostographia’s mixes
Scotland and indeed much of the UK got all its major crops from other parts of the world. The main cereals came from east of the Mediterranean, potato from across the Atlantic and forest plantation trees, such as sitka spruce, from north America. Even many of our weeds were imported or found their way here.
The position is more complicated for grassland. Traditional, species-rich hay meadows are very rare, around 3% now remaining of those present in Britain before the post-war phase of agricultural expansion. The latest issue of Plant Life magazine points to the botanical richness of the Muker meadows in Yorkshire, for example .
Where then do Agrostographia‘s seed mixtures lie on a scale of diversity between such traditional hay meadows and today’s fertilised ryegrass? The combination of more than 20 species takes them far ahead in terms of botanical diversity than nearly all commercial grass fields today. That botanical diversity would have stimulated microbial and invertebrate diversity and hence food for birds and mammals.
They are however less diverse than ancient hay meadows. The mixtures were intended as a crop, a means to increase production measured in the the growth in weight of sheep and cattle per unit area of land. It was before mineral fertiliser was widely used; hence the essential presence of legumes. The capacity of ryegrass for high yield was appreciated. It’s as if the move to ryegrass species, including imported forms, began at this time, well before they came to dominate managed grazing land after the 1950s when mineral fertiliser was routinely applied.
Moreover, Agrostographia’s seed mixes did not consist of just native or local species and varieties. More productive forms of local species were imported and trialled. In describing red clover Trifolium pratense, the authors refer to a common type named English Red Clover, but are aware of a range of other forms named German, Dutch, Flemish, French, American and Normandy. Which of these were use in the various seed mixtures is unclear. Similarly, some improved types of the major grasses were imported from north America.
Agrostographia’s seed mixes are perhaps best viewed as a crop, but one bringing very high in-field biodiversity compared to almost anything else grown at that time.
Lessons for re-diversification
The seed mixes recommended in Agrostographia  and related works  from the 1800s and early 1900s are a lesson on what can be done to achieve higher production by combining plants having different functional properties. Compared to today’s low-diversity grass they would produce low greenhouse gas emissions, conserve and build soil, and support a rich and active food web.
They could be guides or templates for re-diversification. The mixes could be adapted for different soils and were clearly successful, being used for a large part of the 1800s and later . Several questions remain about them. They probably consisted of imported and native forms. And it is not known whether any of permanent pasture sown in the 1800s remains today – there have been no surveys, and it is even unclear how many fields of permanent grass today contain even one legume. Managed grass is perhaps the most under-surveyed form of agricultural vegetation in Scotland.
The single most valuable lesson from these pioneering works on grassland [2, 3] is that the soils and climate of the country can support complex grass seed mixtures. There is nothing to prevent their revival. Things have changed in the past century but not enough to invalidate their mixtures as starters for trials and experimentation.
Crucial to their adoption in the present time is how they are to be assessed. Rather than being judged on just one output – mass of livestock per unit area – grassland should be judged on a range of other vital criteria including GHG emissions, soil building and support of the food web. If that were the case then complex grass-legume mixtures would win.
 Agrostographia; a treatise on the cultivated grasses and other herbage and forage plants. Authors: The Lawson Seed and Nursery Company. Successors to Peter Lawson and Son. Date: 1877 (6th Edition, by David Syme, Manager). Publisher: William Blackwood & Sons, Edinburgh and London. Online through sources such as the Biodiversity Heritage Library. [Agrostographia as a title is of much older origin, being that of a major compendium on grasses written in Latin, by or edited by, Johannes Scheuchzer (1684-1738), published 1719, edition of 1775 viewed. Did the Lawsons borrow the name ?]
 Other examples of seed mixtures used in the 1800s and early 1900s are given books and manuals by authors H Stephens (1841), RH Elliott (1898, 1908), and WM Findlay 1925. Full details and links on the curvedflatlands site at Grass mix diversity a century past.
 Peter Lawson and Son’s main other works are the Agriculturist’s Manual (1836) and the more comprehensive Synopsis of the Vegetable Products of Scotland (1852), available online for download, details and links on this site at Bere in Lawson’s synopsis.
 Preston, Samuel P. 1887. Pasture grasses and forage plants, and their seeds, weeds and parasites. Publisher: TC Jack, Ludgate Hill, London. Available online for download.
 McCarthy, M. 2020. Fields of gold. Plant Life 86, 28-29 (Spring 2020) – on the Muker meadows in Yorkshire.
[Last edited: 28 April 2020 with minor amendments]
Flatbreads or bannocks made from oatmeal, beremeal or peasemeal are a traditional food of this region.
I decided to try and make some quick and simple flat breads to serve with soup, but instead of these I decided upon gram or chickpea flour. It’s a fine flour, yellowish in colour. Chickpea is a legume plant like pea, but usually grown in warmer countries.
Gram flour makes an excellent cheese sauce, by the way, for cauliflower cheese or a pasta bake.
These flatbreads are tasty, nutritious and filling. Keep them wrapped in foil and they will retain their freshness for a day or so.
2 cups of chickpea flour
1 cup of natural yoghurt
1/2 teaspoon salt
2 teaspoons of baking powder
What to do
Put the salt, baking powder and flour into a medium sized mixing bowl and mix together.
Add the yoghurt a little at a time stirring with a spoon.
The dough seems to be wet and sticky, but keep mixing and then turn out onto a floured surface.
Make sure your hands are floured then knead the dough lightly for about a minute until it is a smooth ball.
Divide the dough into 6 floured balls, then lightly flatten each one, using either a rolling pin or the palm of your hands until about 2 – 3 mm thick.
Spray some cooking oil into a heavy frying pan, bakestone or skillet until lightly coated, then, when the oil is hot add one or two of the flat breads. Add extra oil in between each batch of two flatbreads.
The flat breads will rise as the baking powder starts to work, so cook each flat bread for 1 or 2 minutes on each side until golden brown.
Keep warm and serve with a fresh leek and potato soup!
Add a sprinkling of sesame seeds with a little oil onto the surface of your flat breads before frying them on the bakestone or frying pan. Or try cumin seeds in the same way.
 Gram flour is make from chickpea seeds Cicer arietinum – a legume plant grown in many mediterranean and tropical regions as one of the staple protein crops.
 Like most legumes, chickpea fixes its own nitrogen from the air, so needs little if any mineral N fertiliser to help it grow and yield. Since mineral N is one of the main pollutants and sources of GHG emissions, growing and eating chickpea and other pulses is good for soil and the planet.
Following contacts made at the Nourish Conference in November 2019, Andrea Roach from Edible Campus at Transition St Andrews organised a visit to the Living Field and the Hutton Institute farm, both at the Dundee site, in January 2020.
We also welcomed two of her colleagues: Helena Simmons who coordinates the Transition St Andrews Eden Campus, and Kaska Hempel who handles climate communications. The visit added to the current thinking on Where next for the Living Field?
Our visitors (Kaska) wrote a blog on the occasion, highlighting our work on Farming for a zero carbon future. Thanks from the Living Field and the Farm for your encouraging comments about our work.
Growing and eating Local Food
Transition University of St Andrews formed in 2009 is a ‘hub for sustainability across the town’. They are broadly based in a range of activities including waste and travel, but the prime reason for the visit was our shared interest in local growing.
The Edible Campus part of Transition runs 14 community gardens across the town. The work of planting, weeding and care of soil is done through daily sessions (in season) with local volunteers, many of whom are students. Produce of the gardens is offered for free, it seems. Volunteers can learn to take a leading role at one or more sites or else just drop in now and then for a bit of weeding. That’s a lot of interaction and activity!
Not far from St Andrews town is PLANT or People Learning About Nature, operating since 2011 as part of Tayport Community Garden. encouraging the community to grow fruit and flowers, reduce carbon emissions and enhance the natural environment. They have a weekly stand at Tayport Harbour selling produce and offer advice on how to grow more or better in the home garden. Support from the Climate Challenge Fund is allowing PLANT to link to other growers’ groups to raise their activity in Carbon Conversations. (All links below.)
A meeting of Edible Campus visitors and some of Hutton’s Agroecology group lasted well over an hour at the Living Field cabin and took in some major current issues. For example ……
The ongoing research on agriculture and food here that’s aiming to test better practices, e.g. for conservation and improvement of soil, through raising soil carbon stores, reducing agronomic inputs, encouraging coexistence of wildlife and production.
The Farm’s efforts to make large-scale improvements in such as water management and wildlife corridors and its connection to the surrounding landscape.
The current low provision of human food directly from agriculture in the northern part of the UK, and people’s reliance on imports; for example, the near-absence of bread-quality cereals and the minor production of pulses (peas and bean) for human consumption.
The potential major role of the small-in-scale enterprise (cooperatives, growers groups, and farm shops) in raising local production, but the need for better recording of their output and contribution.
Measures and metrics for a more holistic appreciation of production – quantifying cultural landscape, place, food and nutrition, the therapeutic value of growing food.
The need to reward agriculture – and especially small to moderate scale enterprises – for operating sustainably and not just for owning land or producing bulk output.
And quite a bit more …
Where next for the Living Field?
There is clearly a rising interest in local growing and nutritious eating. Our experience is that many community growers and home gardeners are pretty good at what they do. They have tuned their practice and plant varieties to the local conditions. Many community projects already have a range of learning and outreach activities.
The Living Field can share with these enterprises and learn from them. The Living Field could perhaps interact most effectively with local growers by advising on matters like soil quality, conservation and use of water and nutrients, the yielding potential of crops (and the yield gap) and estimates of carbon footprint.
Research organisations such as the James Hutton Institute have primarily worked on food and drink production with farms and the farming and food industries as the main beneficiaries. That’s where the funding has been directed. Yet food collectives and community growers, many operating on a very small scale, would in total and if operating more cohesively, have a major role in a sustainable future. Science needs to learn how to interact with these small-scale initiatives.
To date, EU funding has been the most effective route for such collaborations, both here and throughout Europe. But the future’s uncertain.
Kaska Hempel works on climate communications with Transition St Andrews: Kaska’s page. She also works at PLANT at Tayport Community Garden: tayportgarden.org. Their web site shows much activity – growing, learning and useful links to e.g. Carbon Conversations (a psycho-social project).
Helena Simmons is a Community Grower at Transition St Andrews, coordinating the Eden campus: Helena’s page. She also works at the Community Garden at Ninewells Dundee.
Joining the debate from the Hutton were Cathy Hawes, Pete Iannetta and Ali Karley, all from the Agroecology group.
An earlier post looked at the future of the Living Field project through a diagram of the food system used as a guide at the Nourish Scotland conference in November 2019. The diagram was constructed by the Centre for Food Policy at City University London and is reproduced here in full with permission.
The diagram shows the Food Chain in the centre surrounded by the five spheres of Politics, Health, Environment, Society and Economy. The implication (with which we agree) is that the human food system is so intimately connected to the spheres that it should not be examined in isolation. Moreover, research in any one sphere or aspect of the food chain has to be aware of their connectedness to all the others.
For example, research may find solutions to improving the environment of agricultural landscapes but has to accept that progress is unlikely without political backing and without buy-in from society as a whole …. because there will be cost.
The Food System diagram was published in the following brief: Parsons K, Hawkes C, Wells R. 2019. Brief 2: What is the food system? A Food Policy perspective. In: Rethinking Food Policy: a fresh approach to policy and practice. London: Centre for Food Policy. Available through this link.
Where next for the Living field! Here we look at Nourish Scotland’s Conference and Food Atlas for inspiration. We conclude that the Living Field should remain within its core areas of environment, community and healthy eating, while working towards better integration of these core activities to link agriculture and the human food chain.
The Living Field project began 19 years ago. The name and concept were proposed by Geoff Squire in 2001. The garden and its habitats were designed by Gladys Wright, built by science and farm staff and opened to the public in 2004. It’s time to assess where we are and what might come next. We therefore examine some local and international initiatives in the food chain to help judge where the Living Field stands.
Of the many organisations we have worked with over the years, Nourish Scotland  offers the most comprehensive set of practical aims based on improving the food chain as a system, as a set of connected and interdependent parts that need to evolve as a whole.
Here we look at one of Nourish’s achievements – the Conference held earlier in November 2019. Their Food Atlas of 2018 will be featured later. In each case, Nourish defined those parts of the system that need to be in good shape for the whole to work effectively.
The Nourish system goes well beyond the biophysical properties of soil, agronomy and climate to include human health and wellbeing, the end of malnutrition and hunger in Scotland and the cultural and political will to make this happen. As a further step in our own evolution, we consider those topics from the Conference in which the Living Field already operates and those it might need to move in to.
Nourish Conference 2019
The Conference held in Edinburgh 21-22 November 2019 aimed to devise a Game Plan for a Good Food Nation. Its basic premise is that the food system is broken and needs radical change. It brought together people with a very wide range of interests and expertise. (Nourish will publish a full report in due course.)
People attending were divided into groups of about 8, each group to consider where things stand and what can be done to bring about major change. A diagram, designed by the Centre for Food Policy, City University , helped to guide discussion: the food chain lies in the centre, surrounding by five ‘domains’ or ‘spheres’ that affect and are affected by the food chain – environment, society, economy, politics and health (Fig. 1). Each person indicated their expertise by placing paper dots on the diagram. The domains were all well covered.
The Food Chain and its five spheres
The Food Chain in the centre is made up of of 8 topics . The five surrounding ‘spheres of sustainability’ go farther than the widely used three (environment, economics and society) or four (those plus politics) to include health. Each sphere consisted of 6 essential topics [listed at 3].
Fig. 1 Food chain diagram (top left) used at the Nourish Conference reinterpreted to show main activity in the Living Field project: the bigger the letters, the greater the activity in the Living Field. Full list of topics at . The food chain diagram was created by the Center for Food Policy, City University , used with thanks.
The diagram is shown upper left in Fig. 1, but to examine our activities more closely, the spheres are reproduced as boxes drawn in the same colours as in the original. Each box lists those sub-topics that the Living Field has been active in over the past 15 or more years. We have a strong base in many topics of the Food Chain from production to eating, but have done little in processing, retail and waste.
Of the surrounding spheres, most activity has been in three – Environment, Health and Society – where we combine practical knowledge in the garden and farm with online activity in this web site.
Looking at the possibilities, it would be difficult for us, with a base in the Garden, to move far into economics and politics. Rather, the scope for expansion lies through improving the connections and overall integration among topics that we already cover, with some additions such as waste.
For those readers with long-term interest in the Living Field and its future, we summarise below our work on the Food Chain and in the spheres of Environment, Society and Health, providing links in each case to articles on this web site. Finally, we look to the future.
Fig. 2 Schoolchildren visiting fields at the James Hutton Institute, looking at crops and the bugs (invertebrates) that live in them – hosted by the Living Field.
The Living Field has been active in four of the main topics in the Food Chain . Agricultural production and Farm inputs have been core activities, both in the garden and the surrounding farm. A range of cereals, legumes and tubers, some bred at the Institute, have been grown in most years. We have interpreted many aspects of Research and Technology and their practical application on the Hutton Farms for our audience of schools and the public. Eating has concentrated on the use of home-grown grains, pulses and vegetables.
There has been some integration of these topics. Our ‘grain to plate’ – or more graphically ‘seed to sewer’ promotions – have looked at links along important segments of the food chain. And we have explained that, while most of our food is imported and relatively little produced locally, there is scope to raise home grown production.
Fig. 3 Diversity of crops: panel of photographs to show the range of crops and other useful plants grown in the Living Field garden (original images by GS).
Of the 6 topics in the sphere of Environment , the Living Field has been active in Biodiversity, particularly as it affects ecological functioning, and Land use and Soil. The need to study and display diversity among managed and wild plants of the croplands was one of the main reasons for constructing the micro-habitats in the garden.
In Water, we have looked at both the water cycle as it affects agriculture and to a lesser degree the use of water in processing. Less emphasis has been given to Climate and Air, other than through having to respond to weather, as do all gardeners and farmers, and writing articles on climatic patterns and shifts.
Fig. 4 Biodiversity in the Garden – collage of images taken in the Living Field garden arranged to show the micro-habitats with their plants and invertebrates, all interconnected. Original images by Stuart Malecki / Living Field.
The Living Field has placed Education centrally from the beginning, offering visits from schools and the public and working with formal education to produce teaching aids, notably the Living Field CD which was distributed to all schools in Scotland and had been widely requested from overseas (though is no longer updated). Working within the wider Community has exposed many people to the issues being discussed here, for example through various open events including Open Farm Sunday and public road shows.
In Culture, we have promoted the existence of our traditional crop landraces, notable bere barley, and explained the transitions in farming that have led to the present state. Several artists and writers have worked with us to extend the Garden’s activities to new appreciative audiences.
Fig. 5Living Field roadshow at a Biodiversity Day, Dundee Science Centre, showing: top right c’wise, people at the event, learning how to make bread, two types of edible insect, bread made from insect flour, gluten and a sheaf of emmer wheat, with (centre) cereal grain.
The project has promoted the benefits of healthy eating, mainly through growing and locally processing pulses, vegetables and grains. A major living exhibit in 2017 emphasised the nutritional content of different types of vegetable. The wider community has shown how to prepare and cook healthy plant products. Our work touches on food safety and general wellbeing, but much less so if at all on other topics in this category .
Fig. 6 Vegetables grown in the garden, sectioned: cauliflower, carrot, onion and beet (images by Living Field)
Living Field expand into Politics and Economics
The Living Field project has had little activity in spheres of Politics and Economics. The web site has touched on issues in rural policy, such as CAP Greening, and value-generation, for example through new legume products, and web articles have pointed to our reliance for food security on international trade in commodities. Yet in general we have kept out of Politics and Economics.
How far then should the Living Field enter into Politics? There is scope for more activity in topics around tax and subsidy but little option, given our status as part of a research institute, to enter into debates on party politics, power relations and governance structures. We have not been a campaigning organisation. Rather, we contribute basic knowledge and experience which we hope will be useful to others.
Similarly, how far into the Economy? There is certainly scope to raise our contribution to generating value in agricultural products, mainly through public outreach in food technology as developed within the Institute. There is perhaps more scope in comparing the economics of various crops and forms of agriculture, and the associated trade in these products, but to do that would need closer involvement from those with the right skills.
Fig. 6 Each year the garden grows a wide selection of useful plants in addition to the food crops. Here are some from 2019: top left c’wise, flowering stems of dyer’s weld, flower of dyer’s coreopsis, great mullein, dyer’s greenweed with wild carrot heads emerging, chicory flowers, and (centre) painted lady on knapweed (www.livingfield.co.uk).
The Centre for Food Policy’s concept of five spheres around the Food Chain is a challenge. The Living Field has worked in two of the spheres from the beginning – Environment and Society – and has increased its activity in a third – Health – for example through diet and nutrition. The other two spheres, Politics and Economy have been left to other organisations adept in these areas.
Talking to people both at the conference and elsewhere, it looks like the greatest value offered by the Living Field is to continue concentrating on its core areas. Very few small projects can grow and display year on year around 200 plant species that are or have been useful to people as food, medicinals, fibres and dyes.
In looking to the future, the work needs to be more directed. Progress since 2001 has been a fairly random walk through plants and their cultivation since the neolithic. The speed and direction of this walk have been determined mainly by external events and the interests of the community – the scientists, artists and practical people who have contributed their time, effort and knowledge to the project.
Integration along the food chain
There is scope therefore for the Living Field to take on the Food Chain more holistically by integrating Environment, Society and Health with an awareness of Economics and a nod to Politics. This more purposeful approach should show the progression of products along the food chain, developing several case studies from the cereals, pulses and vegetables.
An example of how the project might operate in the future might learn from the Vegetable Map of Scotland . Gladys Wright had the idea of constructing the Vegetable Map as a living entity in the Garden. The idea came from earlier web-work with Nourish in which we constructed a digital map of the country showing where the various legume and vegetable crops were grown. But when the map was made real, growing in the Living Field Garden (shown right) the wider interest was immediate – here’s the land, here are the vegetables now grown – and here’s what could be grown if the food chain was operating for the benefit of all.
We have already begun this to a degree in association with the Hutton’s lead in the EU TRUE project on legumes in the food chain . Taking Scotland’s pulses, peas and beans, as an example, the Living Field has describe their history of cultivation, shown how to grow them, their agronomy and environmental benefits including nitrogen fixation, and explored the potential for new uses and higher value in products such as Scofu. Yes, the Scottish tofu!
And we could extend the line of thought and practice: here are the benefits for environment and health … and this is what it would take in the form of support to farming to achieve these benefits ….. and perhaps most important of all, here is the public buy-in and political will needed to make it happen.
to think about …. and not least where the money comes from for the next phase.
 Conference Food Chain diagram: Centre for Food Policy, City University of London http://www.city.ac.uk/foodpolicy. The diagram was published in the following brief: Parsons K, Hawkes C, Wells R. 2019. Brief 2: What is the food system? A Food Policy perspective. In: Rethinking Food Policy: a fresh approach to policy and practice. London: Centre for Food Policy. Available through this link.
 The Food Chain comprises: Farm inputs, Agricultural production, Research and technology, Processing, Distribution/transport/trade, Food retail/service, Waste/disposal and Eating. The sphere of Environment comprises: Land/sea, Soil, Water, Air, Climate and Biodiversity. That of Society: Education, Livelihoods, Gender, Media and advertising, Culture and Community. Of Health: Wellbeing, Food safety, Environmental health, Diet and nutrition, Antibiotic use and Workplace safety. Of Economy: Trade, Jobs, Skills, Competitiveness, Value generation, Allocation of resources. Of Politics: Legislation, Policy, Power relations, Tax/subsidies, Governance structures and Political parties
Update from Dundee Astronomical Society. Ken Kennedy writes …
Phil and I had a trip to our observatory on Wednesday evening as the sky (miraculously!) cleared. Our aim was to check out the ‘Go-To’ function of the telescope following our refinement of the polar alignment on the last clear night (a few weeks ago).
The procedure is to start from a ‘parked’ position and ask it to go to a reference star then fine tune the alignment with the hand set. We chose the star Altair and centred it then asked the telescope to go to a nebula known as the Dumbbell Nebula (M27). To our joy it went there almost precisely.
We then asked it to go to the globular cluster, Messier 15, which it did, again very accurately. At this point, having our cameras with us, we decided to have a go at taking a few images of M15. I had always thought of this telescope as being most useful for photographing (or viewing) the Moon and planets because of its long focal length but I was amazed to see the results of our brief attempt at a distant, faint object.
I took only 10 images of 20 second exposure each. Normally for deep sky work I would take about 40 images of 30 – 60 seconds each but I could see that the results with the 12 inch Meade looked very promising.
Just 33,000 light years way and 12 billion years old
I have attached a final image of M15 which was produced by stacking the images I took. With this result I think the potential to photograph faint, deep sky objects is huge and I look forward to trying some other objects soon.
Out of interest, M15 is a globular star cluster in Pegasus at a distance of 33,000 light years and with an age of 12 billion years. It is a very dense concentration of stars which probably has a black hole at its core.
We continued to have a look at several other objects with complete success.
Invitation to Astronomy night?
We would like to ask any Hutton staff who may be interested to have a look through our telescope. Probably the best object to begin with would be the Moon but that is very low at first quarter until at least December and it gets better at the start of next year.
However, although low, it may be possible between November 04 and 12 and December from 06 – 12. The hedge to the south of the observatory has grown a bit and may hide the Moon at its lowest points but it isn’t a problem otherwise so, if there happened to be clear forecast, perhaps I could contact you earlier in the day and you could pass that on to staff. I know it’s a last minute thing but, unfortunately, that’s the nature of astronomy (at least in Scotland!).
If interested staff knew there could be a last minute call, perhaps they would be willing to return to Hutton for around 7pm on any clear night on which we would contact you during the day,
Ed: Thanks again Ken. We’ll find a way to let people know about this and get the message out on the day.
Examples of plant fibre and plant parts used in construction: coir from the husks of the coconut, simmens and sookens from oat straw. The Tang Shipwreck, found in the Java Sea, its hull planks sewn with coir. House roofs in Orkney protected and insulated with oat rope. Traditional uses of unprocessed plant material brought to life through museums in Singapore and Orkney.
Coconut fibre binds 9thC wooden hulled ship
The Asian Civilisations Museum in Singapore  hosts a major exhibition on the Tang Shipwreck, found in 1998 in the Java sea . The ship carried pottery before it sank, including many porcelain bowls made during the Tang Dynasty of China (618-907), far to the east of its resting place, and intended for export and sale to the middle east. They were decorated with homely designs, trees and flowers, but also fantastic sea creatures and other beasts (Fig. 1).
Fig. 1 Images of the Tang Shipwreck: a replica of the ship among examples of pottery; (upper right) a silver medallion; (lower right) bowl with fantastic sea monster; (lower left) a large pot in which many individual bowls were packed. From Asian Civilisations Museum, Singapore (www.livingfield.co.uk).
It is not so much the surviving pottery and coins that caught the interest of the Living Field‘s roving reporters, but the way the ship’s hull was constructed. It was made of wooden planks, but they were not nailed or bound by iron. Rather they appear to have had holes bored in them through which coir fibre was passed to sew the planks together. The joints were bound with wadding and sealed with lime. The guidebook states ‘these techniques are typical of early ships made in the region of the (Arabian or Persian) Gulf and India’ .
The Tang ship was recreated using techniques as in the original and proved seaworthy during trials in 2010.
What of coir?
Coir comes from the husks of the coconut fruit . The durability of coir can be seen in the many coconuts that are washed up on beaches throughout the region. Strands of the fibrous content of the husk appear clearer when the coconut has long exposure to salt water, during which the natural packing material disintegrates, allowing the coarse fibre to fall free.
Fig. 2 Coconut grove and palm-thatched hut typical on shores of the South China Sea (taken 1980s), discarded coconuts after food extracted (lower left), and part of a coconut in cross section showing the band of fibre about 5 cm wide (coir) between the inner kernel and the outer skin (www.curvedflatlands.co.uk).
Coconut Cocos nucifera is one of the most useful plants : as food, drink, oil, medicinal, fermented alcohol, utensil, animal feed, fuel, roofing material, and more. In Europe, its flesh or ‘meat’ is widely used in oriental cooking, but more common is the coir fibre used to make mats and matting . The fibre surrounds the ‘nut’, the whole protected by an outer skin. More recent uses include the fibrous ‘compost’ in which some protected fruit crops are grown.
Orkney Simmens and sookens – oat rope
At that time of the Tang shipwreck, the Picts in Scotland were carving stones and cross-slabs, reaching a high point in European Celtic art. Like the Tang potters, they also depicted fabulous monsters. Little is known of how they built their ships, but there is no equivalent of coir here, nothing quite so strong and durable that grows ready-made on trees, except perhaps the stems of heather and worked willow.
A material moderately strong and durable was however used to make rope, and that was straw from the oat crop. The distant origins of oat-rope are uncertain, but it was still in use until recently in Orkney where it was called simmens, used in roofing and securing hay ricks .
Fig. 3 Inside the Corrigall and Kirkbuster Museums on Orkney Mainland , showing plaited oat rope or simmens, balled for storage, and a rope hanging across the room over the fireplace (www.livingfield.co.uk).
Simmens is plaited from oat straw by hand, then typically stored as balls (Fig. 3). Its most celebrated usage was as a roofing material. It was looped from one of the eaves, over the top of the roof, down the other side, secured there and then looped back again, a procedure called needling.
The simmens rope was packed tightly to form a complete covering. In some places, straw was packed between successive layers of simmens and the roof completed with a final layer weighted down at the eaves by stones.
Where roof-stones were available, it was used as sarking, an inner layer, both as insulation and to secure thatch below the stone roof tiles. Vast quantities of oat straw – probably a few kilometers of it – were needed for a single house . There must have been similarly vast quantities of long-stemmed oat grown to provide the straw.
The last few roofs that used it in Orkney were examined in the 1990s, but no attempt was made to conserve original simmens and it has all but disappeared. Could simmens be recreated today? One obstacle is ‘obtaining regular supplies of uncrushed, long-stemmed straw and the skill and amount of labour required to make and apply the simmens’ .
Simmens is on display at the Corrigall Farm Museum and the Kirkbuster Museum in Orkney . Also demonstrated (on request) is a quick method of making temporary ‘rope’ or sookans from straw using a tool shown in Fig. 4. The tool is turned by one person, straw being fed through the hook, and the twisted straw pulled through by another.
Fig. 4 Oat plants, probably bristle oat Avena strigosa, a tool used for twisting the oat straw into sookans and twisting in progress, Corrigall and Kirkbuster Museums Orkney (www.livingfield.co.uk).
These two plants, coconut and oat, are two of a number from which structural fibres can be extracted and used without the need for any highly technical processing (though coir extraction takes much effort and skill). They and others like them, including sisal and heather, would likely have been used from well before settled farming.
The two museums visited in 2019 are both excellent in their own way, each displaying ancient crafts and allowing people to see, and in Orkney touch, the exhibits. We have to admire how the peoples from mediaeval times back through Iron, Bronze and Stone ages built their ships, strong enough to cross some of the most dangerous seas around the Northern Isles.
 The Tang Shipwreck exhibition is on permanent display at ACM – superb layout and information. The museum offers a free guide book from which the information given here was taken, but much more detail can be found in a book sold there with the title The Tang Shipwreck and on Wikipedia at the Belitung Shipwreck (another name for it) which covers construction and contents and also the controversy surrounding excavation.
 Coconut fibre or coir is a protective coating between the inner ‘shell’ that shields the ‘flesh’ and milk and the outer tough skin. The fibre has become a substitute for peat in some horticultural uses, but its transport to Europe from the tropics is hardly sustainable as is sometimes claimed. The Wikipedia entry is useful: Coir. The Living Field relies for information on Burkhill’s massive treatise on the uses of plants (A Dictionary of the Economic Products of the Malay Peninsular, 1935, 1966) which describes the long process by which coir is extracted and made ready for use.
 Simmens (but also simmans and simmons in various modern sources) is made by plaiting oat straw. A photograph of simmens being used to thatch a roof is reproduced on the Living Field site at 5000/Fibres. The Scottish National Dictionary under Simmen gives examples of usage over the past few hundred years and indicates a Norse origin. Its use in roofing is described in the booklet:
Newman, P, Newman A. 1991. Simmens and strae: thatched roofs in Orkney. Extracted from ‘Vernacular building’ published by the Scottish Vernacular Buildings Group. Herald Printshop, Kirkwall.