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LA VINYA DEL VUIT

LA VINYA DEL VUIT

There are not many projects focused on wine without an economic purpose, but La Vinya del Vuit is one of them. A project of a group of friends with a vineyard as their link, and a perfect excuse to enjoy good food and wine.

20 years have gone by since the first Vuit vintage, and a few more since, during a dinner between René and his cousin, the idea of making a wine with some friends came out, 8 friends in particular, because it was a magic number, and they liked it. And they found the friends and the vineyard, a vineyard near Gratallops, in the Coll de Falset. It was a centenarian vineyard with very old Carinyena and Garnatxa that needed a lot of work to be recovered. And it was them who did it, these 8 people, at the weekends, during their free time, with a lot of effort.

A very costly project, an organic viticulture project, minimum intervention philosophy. Vineyards with a production of 100 g per plant, which means that between 8 and 10 vines are needed for each bottle of wine. “Furthermore, it is a very hot and dry area, in which we do not dare not to plant 100% vegetable cover, so we also go to work the crop with the cultivator/tiller that we do not have and that we need to rent” tells us René Barbier when he explains the project. A very special vineyard, a vineyard of high heritage value. A very concentrated wine, a wine mostly made with Carinyena, although there are many Garnatxa grapes in the vineyard. And the Carinyena is more demanding, it needs time and patience. It is a long-ageing wine, aged between 16 and 18 months in a 300-l barrel, but it is fully aged in concrete and demijohn, and then it ages in the cellar inside a bottle for 5 years. An old, aged and nice Carinyena.

From the beginning, we knew that we wanted a different image every year. We wanted the design to be a very important part of the wine. Inspired by the project Sine qua non, the label and all the graphic part of the wine are very important. Designed by Joanji and his studio, JJBertran, it was the designer’s first project, when he was starting, and it has always been especially important for him. It is so important that, under the guidelines of a theme established by the members and the vintage, he has full freedom to offer a risky and modern design. The Vuit labels have won 3 Laus design awards. This year, the 2016 vintage, the anniversary will be celebrated, as could not be otherwise, every 8 years, this time with two labels, double anniversary and the passage of time for the project, a great challenge.

The future… a Vuit white wine. The plot had some white varieties which have been vinified as orange wine in a demijohn only for the members. However, these varieties have eventually been reproduced in a new plantation of 700/800 vines, which also reproduces the idea of Vuit red wine in white wine: Carinyena Blanca and Garnatxa Blanca (and some Picapoll that they have found too).

And finally, a commitment: build a shelter in the state. A place to meet and enjoy, both the members and their friends, and maybe to stay a night there. A place integrated into the vineyard and the olive trees landscape that will allow biodiversity recovery in the middle of the plot. “There is no biodynamics without biodiversity (…). The only way to have significant biodiversity is with multiple cropping and/or having forests in the middle” tells us René. And there, in the Coll de Falset, one of the most cultivated areas in Gratallops, we will find a small paradise rooted in the past.

The members, René Barbier, Julian Basté, Iban Foix, Montse Mateos, Ester Nin, Núria Pérez, Sara Pérez and Philippe Thévenon, receive 12 bottles every vintage for their own enjoyment. The rest is sold mainly in Premieur around the world.

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UNDERSTAND AND FEEL OUR LAND. HERODY METHOD.

UNDERSTAND AND FEEL OUR LAND. HERODY METHOD.

Talking about active soils means talking about Hérody and his soil analysis method. A long time ago here, in Mas Martinet, we took part in a training given by Jean Pierre Scherer, an expert in edaphology and organic farming, and this method was explained in the training, a method that bring us closer to our soils with very simple and comprehensible techniques.

A method that implies going to the vineyard… chose a spot to analyse and dig a hole, a 45/50-cm-deep hole. The ideal thing would be to find the parent rock, but it is not always easy. We will have to dig as many holes as the number of soil profiles that we have. We will take soil samples from two perspectives, from the most superficial part and the deepest part, in order to detect some differences in colour, structure, humidity… We will also know the soil composition and pH level, and with it, its minerals assimilation capacity. In short, we will get a picture of our soil fertility status.

Making a churro or a croissant with the soil a bit moist can tell us its clay level. Adding some dilute acid drops on the soil and observe its reaction will let us know the organic matter activity level and its ease of degradation. Knowing the pH, the acidification level, will tell us its minerals assimilation capacity.

But, as a qualitative analysis, here there is “nothing good or bad. Each soil has its genetics and its potential” Sara Pérez tells us while she observes the soil sample and takes its biggest particles.

First of all, Priorat has a climate that mineralises, creates a lot of mobile organic matter (which means that it degrades very easily). And our soils are not calcareous, they have very few clays, so this means little capacity to catch organic matter. And this little organic matter moves easily and, therefore, it leaches (it dissolves) with the rains and it is lost. “And what do we do? Well… everything that we culturally know that promotes stable humus, humification in the soil” she explains further. For example, we use straw as a covering in order to avoid promoting mineralisation, but without exaggerating, because for a long time, knowing from where we started, we have been using very mature compounds, vegetation covers, without ploughing… maybe we have gone to the other extreme.“The ideal thing would be to get the humus in the upper part (in the most superficial part), because it is the stable organic part, and it is where a large number of transforming microorganisms live,” tells us Pere Vall.

We refill the hole, and we take the samples to the winery laboratory in order to let the soil get completely dry and take the chance to carry out chromatographies, continue analysing and keep these analyses in our files. It will let us compare with the following years and get reliable indicators that tell us where we come from and where we go, whether the soil is ageing and losing its fertility or whether we are reverting this ageing process and improving its conditions with our actions.

Understand and feel our soil.

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A SMALL CONTRIBUTION AGAINST CLIMATE CHANGE. BIOCHAR

A SMALL CONTRIBUTION AGAINST CLIMATE CHANGE. BIOCHAR

Carbón VivoCarbon Vivo is a non-profit work cooperative whose purpose is to evaluate waste and, specifically, to democratise Biochar (biocharcoal). Javier Fernández, member of the cooperative, explains to us in a very clear way what this special charcoal is and what it is used for.

Biochar is a quite new word which is used to distinguish traditional charcoal from this new biocharcoal. A kind of charcoal with many uses, including agronomy. It is different from the charcoal that we know because biocharcoal is never burnt. This is what makes it so important for the environment, because Biochar is considered by the IPCC (Intergovernmental Panel on Climate Change), the UN Scientific Committee that studies climate change, to be one of the 6 negative emissions tools accepted to combat the effects of climate change.

Biochar gives a very interesting and lasting stability to its carbon content. In other words, it ensures that carbon will not be emitted again as CO2 within 700 to 3,000 years. It will not be degraded by microorganisms, which are the ones that oxidise it and emit it again. This is what happens with normal organic matter, if we leave it on the soil or if we carry out a composting process, it is degraded by microorganisms and then emitted again as CO2. Nature is carbon neutral, everything it absorbs is eventually emitted again. Therefore, it is absolutely balanced. It is true that, during this transition, there are many benefits for ecosystems. However, in our planet we have in fact a problem of excess of CO2, and for this reason, this kind of tools (carbon negative) are very interesting. The wood from plants which contains carbon (absorbed by leaves during photosynthesis) is carbonised and then given this stability and durability.

Another interesting feature of Biochar is the fact of keeping it on the soil. There are two main natural carbon drains, oceans are one of them. Nowadays, oceans are overloaded, but we cannot stop capturing CO2, which dissolves in the water and, as a consequence of this, it causes water acidification. This is a very dangerous thing which is resulting in the loss of species that cannot live in this pH which is so acid. The other natural drain is soil. Soil has a huge capacity to store carbon and, for this reason, the fact of using Biochar in our crops keeps it safely stored. In addition, this storage has many benefits for the whole soil ecosystem. We usually talk about a lack of organic matter in our soils. However, 50% of this organic matter is organic carbon, which is what Biochar is mostly made of: stable organic carbon that will remain in our soils for 700 to 3,000 years.

But just like everything else, not every product sold as Biochar has the same environmental and agronomic properties. There are two international organisations dedicated to the study and research of this biocharcoal: the IBI (International Biochar Initiative) and the ITACA Institute. They are two scientific organisations, although the second one has a more scientific and ecologic approach at the same time (it is made up by environmental scientists). It is precisely this second one, the ITACA Institute, that says that, to consider a charcoal to be Biochar, some sustainability conditions must be fulfilled during the whole process, starting from the raw material which must be obtained locally and sustainably. In other words, the wood produced must be local and from native species. There is no need to deforest our forests to plant quick-growing alien species.

And of course, Biochar must meet some product quality standards, physicochemical properties that we will check analytically. Regarding the energy consumed to produce Biochar, the efficiency of the process is also mentioned.
Biochar is not a fertiliser, at least not originally. What determines whether it is a fertiliser or not will be the raw material from which it is produced. It can be produced from the waste of forest management, from the waste of some industries like the heather industry (used in gardening), from the pruning of different crops… In these cases, it does not have many nutrients. However, it can also be produced from sewage sludge and farmyard manure beds. In these cases, its richness in nutrients is very high, so we could consider it to be a fertiliser.

Biochar is, by itself, regenerative, structuring, a soil conditioner. It is an excellent carrier of fertility and life. We need to imagine Biochar as a sponge, which can be filled with water and nutrients, because it has a great storage capacity. This is what makes it so interesting from an agronomic perspective. This, and the fact that it is the ideal habitat for soil microorganisms. As a sponge, it has many pores that are colonised by microorganisms (bacteria and fungus), they use them to live there, microorganisms which are basic for the soil fertility.

Some pores are filled with water, and others with oxygen. In fact, microorganisms living under aerobic conditions are the ones with more benefits for our crops.

Therefore, it has a high water and nutrients storage capacity, and it is a promoter of microbial life. The water storage capacity can lead to a reduction of watering, of water and nutrients consumption, we can reduce fertilisation of our crops, keeping or even increasing productivity.

However, it is still under study, because these are very slow processes, and many other factors take part (such as climate, the crop, etc.). However, there is no doubt that we are improving the soil properties, its structure and storage capacity of both, water and nutrients.

The cooperative Carbon Vivo produces Biochar in a traditional way, although it is seeking investment to carry out the process in a more industrial way. For the moment, they use some ovens developed by the ITACA Institute. These ovens are a low-cost design which was made thinking about democratisation of Biochar, and also to introduce it in developing countries. They also commercialise Biochar, provide training about this biocharcoal and its use, and are involved in environmental projects about waste recovery through its transformation in Biochar.

Besides, Biochar is very easy to make. Everyone can produce it. There is a very simple and traditional way to make it. However, it is an industry developed in our country. In the case of Mas Martinet, this is our first year using it, for the moment in the estate of Clos Martinet. It comes from the carbonisation of the vineyard pruning; we apply it in the estate just before starting the green pruning. Anything that we can do from our part to reduce the effects of climate change will always be of little help, but we remember what Capità Enciam (“Captain Lettuce”) says: small changes are powerful.

Thank you very much, Javier, for your time and for your detailed explanation of your work

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MANDARINAS BARRUGAT

MANDARINES BARRUGAT

Mandarines Barrugat started 5 years ago, and it is a recovery project of a mandarin variety: Mandarina Fina. It is a very small and sweet mandarin, a sweet. It is the favourite variety of younger children, but also the most appreciated by older people. And, as with many other things, there is a huge  contradiction: it is the tastiest one, and the one that everyone neglects and stops working.

Luckily, little by little they find neglected plots where there is still this variety, and they recover them. They recover trees that are more than 70 years old through pruning: “The pruning art on citrus plants is very noticeable, mostly regarding old trees” says Raul while showing us how one of his colleagues is pruning a plot which was just recovered last year. Because modern varieties only last for 20/30 years, he tells us. After this period of time, they pull them up and they plant young trees. However, in their case, they are taking care of trees which are more than 80 years old and which, in good years, can produce up to 200 kg of fruit instead of the usual 50/70 kg.

And they take care of the plots in an environmentally friendly way, with vegetation cover, providing organic matter, with plant extracts (horsetail, nettle,
calendula/marigold, sow thistle…) that they ferment with rainwater or that they boil to infuse, and then, extract all their properties. They use the plants of the region, which are closer and easier to find. Each region has one or more plants adapted to the needs of the same region. In this way, they restore a working model, a lifestyle, which is simpler and more sustainable.

Located in Bítem, a village on the banks of the river Ebro, at the foot of the Cardó mountain range: “very wild… but it has some very spectacular parts”, says Raül. A beautiful and quite unknown spot. They decided to make their environment known.

And in order to explain it, they are going to rebuild some huts. The states of the region are small and many of them have access to the river. So, they, the ones who want to promote the environment, will make the river Ebro more accessible. The river. A walkway or a slope and small piers allowing us to see the riparian forest from very close. Black poplars, white poplars, ashes… which are more than 200 years old,  impressive, native varieties (which are gradually replaced by colonising varieties). They are a treasure only available for the fishermen neighbours. We are talking about only a few years ago, when the riverbank was cleared and busy. Now, the forest has recovered its importance and, although it has been extensively cleared, it needs improvement and accessibility. Very soon. They bear it in mind, and they are working on it. 

Having the riverbank so close causes woodpeckers, orioles and ducks to fly above the recently planted mandarin trees and lemon trees. A real privilege regarding biodiversity.

They also support a more sustainable and more respectful tourism model. Luckily, they are not the only ones in the village who support this model. They plan to prepare a plot with parking spaces for motorhomes, taking advantage of the fact that they need to replant some walnut trees and that these trees already have a bigger planting distance. They are not any walnut trees, they produce pecans, a variety from the Americas which
is very appreciated gastronomically, and which is very difficult to find in our region.

However, they have been late this year. Work has come, and they have not been able to do it. The small walnut trees have stayed in Raül parents’ orchard waiting for next year. It will be more difficult for them because the taproots will grow, and it will be harder. During the last 10 years they have started to receive visitors in the region. Places which were previously unknown, and which are not unknown anymore: “Today anything is hidden. The more hidden and beautiful a place is, the greater the number of people you will find there.” he mentions. Therefore, it is necessary to
guide this overcrowding, and luckily new regional initiatives have appeared following this same line. They are more sustainable.

Awareness is important. Rural areas are being neglected, and the danger of fire is taking a bigger place. Big fires around the planet which are dangerous, out of control, to close to the cities. Raül tells us this himself because he is a committed farmer and a  firefighter too. 5% of Catalonia were forests, the rest was cultivated, and this was not long ago, at the beginning of the last century. Now we talk about a 70%, and the percentage keeps increasing. It is not right. Society must understand that agriculture and livestock are the key: “They are the real firefighters” he says. Only clearing the forests will not solve the problem because we leave the mowed grass there, in the forest, and it gets dry. Its roots stay there, the biomass stays there. Therefore, it is
important to help the farmer who takes care of that bottom of a gully, because he will prevent the fire from spreading to the other crest line only with his crop.

It is necessary to find ways to bring the countryside closer to the cities. Some methods to bring the fresh product to the consumer in order to guarantee the livelihood of the farmer in rural areas, and also to make a fresher and healthier supply easier. Proximity, regional and seasonal products. There are many examples abroad of initiatives which are already working. There are also consumer associations which are directly aimed at producers. “There are alternatives” as Raül says. It is necessary to move forward little by little in the establishment of a new society model that respects and takes care of the territory in an environmentally friendly way, because it will respect us, and it will take care of all of us. Because “the simplest thing ends up being the biggest privilege”.

Thank you very much, Raül Colomé, for showing us your plots and telling us about the
care and recovery work of the region. We wish you every success in your project.

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AGRI_CULTURA BIO_LÒGICA

AGRI_CULTURA BIO_LÓGICA

We started 15 years ago with Josep Lluís, and then Sara and Pere came.
With our eyes and minds open, being able to listen, pay attention to everything happening around us, and do much more. Being able to teach and learn, being able to share.

Soil and sun. Organic matter and minerals. Life and microorganisms.

In Priorat? Yes, in Priorat.
Without tilling? Yes.
But it is a really hot place!
Bio_logical agri_culture.

Plants talk, they tell you what is happening down there.
And microorganisms too? Many of them? In Priorat?

Our eyes and minds remain open
And we talk about energy cycles, that energy transmitted by the Moon, that energy transmitted by life and which moves the world. Bio_dynamics

And how do I know it? Because I feel it and I transmit it, in the vineyard and in the wine.

A transition, another one, a path that continues and does not stop, an endless path.
You can always take another walk there, the most important thing is to have a good base, good pillars.

This is my experience with Mas Martinet, and experience which more dimension every day.
Easy but not simple
Intense but smooth

An example of the fact that there are many ways to work with the soil and with the territory that go beyond what we have always been told, a regenerative agriculture which improves soil fertility, that fertility that we have lost and that we must restore in order to be able to do a logic-dynamic-culture which can be reflected in the environment and in the final product.

And close the cycle again.

The interrelation between life, the vineyard and people has taken a special shape, a continuous dimension in place and time.

Thank you, Josep Ramon (Suelo Vivo) for sharing the path of biofertilisers, reproduction of microorganisms and chromatographies, thighs which are so important for the soil and its health.

Josep Ramon Saiz – Suelo Vivo

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CONVERSATION OF FRANCESC MAURI Y SARA PÉREZ

CONVERSATION OF FRANCESC MAURI Y SARA PÉREZ

We use the Earth Day to talk with Francesc Mauri, the TV3 weatherman who has been with us many middays and evenings, while we were having lunch or dinner. He is the man we all look forward to seeing as weekend approaches, but he is also the weatherman of Catalunya Ràdio, of MeteoMauri and his notes to make each one of us contribute to make our world more sustainable with small actions. We go to the TV3 television studios to have a conversation between him and Sara Pérez.

Thank you for your time and for being so straightforward!

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AGRICULTURAL SYSTEM, ANOTHER APPROACH

AGRICULTURAL SYSTEM, ANOTHER APPROACH

When we talk about agricultural systems, first we talk about modified systems in which we simplify nature to achieve our goal: a particular crop. In a ripe, balanced ecosystem, we find different species (trees, bushes, plants) which complement and enrich each other. They work together to ensure the balance: leaves fall, they decompose, and they turn into organic matter. Each one of the elements that make up this ecosystem has a necessary role for its good development. When we want to produce a particular crop like, in our case, vines, we strip an ecosystem of a big part of its components to focus on the plant which interests us, the vine.

Therefore, it is an unbalanced system which needs to be managed as well as possible in order to get our most precious asset: a good wine harvest.
There are many ways to redirect this imbalance. One way would be to use systemic treatments, such as fertilisers, herbicides, fungicides, insecticides… Another way would be the possibility to treat the crops organically, although it comes from the same philosophy: treat the imbalance with a product, which is now organic, that corrects it.

However, there is a third option: chose to correct the imbalance by trying to produce health. It is when we talk about regenerating soils, vegetation covers, biodiversity, etc. The purpose is to provide the plants with all the necessary tools to be nourished healthily so that the fruit that we get and the products that we make are healthy too.

As Eugenio Gras (a pioneer in the field of permaculture in Mexico) said: We do not perform miracles. We understand what happens. We observe our crop, we read its performance, and we decide what we can do to redirect it. The idea is always the same: work with preventive treatments, and specially act on the soil, which will be responsible for providing the plant with quality nutrients, water and minerals. For example, there is the fact of using horsetail to prevent fungus from going up reaching the plant and make them stay on the ground.

We make our system stronger so that there are as few symptoms and illnesses as possible… like with the human body, Sara Pérez says. Having a healthy plant has nothing to do with the medicines that it takes, but with how it is nourished, with who/what it is with, with how it grows (it has to do with the soil and the environment).

Restore the biological balance is something basic, and it allows us to not talk about plagues, diseases and bad management indicators of the crop and/or the plant. A bigger or smaller attack from pathogens (insects, fungus, diseases…) always depends on the nutritional state of the plants (Francis Chaboussou – Trophobiosis Theory)
This approach produces a series of actions to keep an appropriate level of the emotional, physical, psychological and nutritional health of the plant. Obviously, there are things that we cannot control, but we can make our plants stronger so that they can fight against some external agents which may attack them.

To sum up, plants, like human beings, when their nourishment, education, cultural diversity and relationships are better, they are more likely to have a richer and healthier life.

 

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DO WE GO TO THE DESERT OR DO WE COM FROM IT?

DO WE GO TO THE DESERT OR DO WE COM FROM IT?

Plants have been one of the main enemies of our crops for a long time, especially in intensive farming, which has already used all the available technology and techniques to fight against them. However, Mesopotamians already used them to assess lands as fertility indicators.
When we talk about crops, we talk about changing nature to meet our needs. But, in order to control nature, first you must obey it. We need to understand that nature is ruled by some laws. If we understand how nature works, we will understand better our crops and the soil on which they are.
Soil is a natural creation resulting from the action of weather and microorganisms on the parent material or parent rock, located on the soil surface for hundreds of years. Organic farming considers the soil as a living thing which is the basis of fertility, and therefore, of our production. It is an ecosystem made of millions of organisms and, depending on our actions, we can improve it or make it worse.
Nowadays, we know that plants exude a huge amount of sugars through their roots in order to feed microorganisms which, in turn, will provide the plant with minerals. Besides, the plant selects the microorganisms that it needs depending on the mineral that it needs at any given moment. It is a millions-of-years relationship that we are just trying to understand. In any case, this hidden world under our feet is still unknown, only a very small fraction of soil microorganisms is known (2/3%).
Soil is very important, but its management from our part will make us move towards a better or worse fertility. We need to understand what it is, how it works, who lives there, how it is organised… because it is clear that the health of our soil will also be the health of our plants. And bioindicator plants will be a diagnostic tool of this health.
A fertile and biologically active soil works first with a water infiltration that feeds groundwater which, in turn, will serve as a water storage that will be available for plants when the dry season comes. There are some provisions of minerals through both, organic waste and parent material. There are some aerobic and anaerobic microorganisms (bacteria and fungi). These minerals can be stored in a clay-humic complex or change complex (fine particles of clay and humus) – the great nutrients storage in the soil –
Unfortunately, despite the years needed for soil formation, it can be destroyed in a very short time. It is the reality of soils in Europe and in the modern world, whose amount of organic matter has been reduced to half of its content. We remember that the organic matter content is what tells us whether the soil is fertile or not. And, unfortunately, it is a non-renewable resource, at least not on a human scale.
The vast majority of agricultural lands have leaching problems (the structure is lost), they also have runoff problems because there are crusts on the surface, they are unprotected, and water flows across the surface instead of infiltrating (the steeper the slope, the larger the amount of water flowing); they have erosion problems, problems related to organic matter humification (because it fossilizes, it is not available for microorganisms, either because of a lack of nitrogen when humifying, or because the weather conditions when humifying did not allow it), and physical barriers caused by the same machinery that we use to work and which blocks the minerals release. The porosity needed and wanted for the soil to have is lost.
All this soil degradation is originally caused when we destroy a forest (the spontaneous vegetation of an area) to work it as a crop. Biodiversity declines drastically (both, aerial and edaphic) and the loss of fertility, compaction, erosion, and the soil lack of capacity to carry out its basic functions, among others, storing and purifying water, begins. Desertification can be a journey without return in many cases that we must avoid (examples of this desertification is North Africa, which was considered as the breadbasket of Rome and Los Monegros, an area with holm oaks forests).
This mineral degradation also has an impact on our food and, as a result, on our health too, with micronutrients deficiencies in a large proportion (%) of the world’s population.
Therefore, the other side of the coin is to treat plants as allies. Plants have many uses and functions in our agricultural ecosystems. One of them is to prevent erosion. When the soil is covered, their roots facilitate water infiltration and prevent runoff. They facilitate the cycling of nutrients that they absorb through their roots and that they emit through their leaves, which otherwise we would be forced to provide with our work. Plants also provide organic matter which will decompose and produce carbon, and therefore, will also increase water storage capacity. This, in its aerial part, brings us biodiversity which, in turn, has an effect on soil biodiversity.
There are many benefits, regarding the biological aspects and the formation of humus, biodiversity, at an environmental level, regarding erosion, water cycling, water storage, regulation of temperature… among others. What we need to see is how we manage it so that it does not interfere in our work. However, what is clear is that maybe they are not weeds, as it was believed until recently.
Plants serve as a tool to diagnose a particular situation in our crop. Most of the diagnosis that we make today from observing the bioindicator plants of a given plot give us a desertification result. We go to the desert or we come from it and go to a better place. Depending on the diagnosis and the practices that we do, we will have to understand which is our situation, which is its context (in what direction it is going).
The diagnosis method based on bioindicator plants was developed by Gérard Ducerf (botanist and farmer), who asked himself why a plant grows here and not there. He has devoted his life to this research, and he has published, among other works, L’encyclopédie des Plantes bio-indicatrices alimentaires et médicinales (“The Encyclopaedia of Bioindicator, Edible and Medicinal Plants”), with 3 volumes.
Seeds do not germinate just like that, there must be the right conditions so that they can grow. The soil seed bank is a resource that nature has to revegetate itself quickly when a disaster strikes. 1 m3 of soil can contain from 4000 to 20000 different seeds that can be stored and preserved at least between 10 and 30 years. What breaks this latency? Different factors are involved, such as light, soil structure, soil geology, aerobic and an aerobic life, the farming practices suffered by that soil and compatibility. Each species has its latency break specific code of conditions. For this reason, identifying the species will help us understand what happens in our soil in that particular moment. The diagnosis method considers the different species that we identify, the density and the covering rate, among other things.
Therefore, it is a way to check the health status of our crops and the soil on which they are planted.

Thank you, Neus Vinyals, from the Era Association, for having let us attend the workshop about soil diagnosis from bioindicator plants (Diagnosis del Sòl a partir de les Plantes Bioindicadores) organised by the Montsant Designation of Origin (DO Montsant) on 28th April.

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3 STUDENTS FROM THE FALSET SCHOOL MEET AGAIN

3 STUDENTS FROM THE FALSET SCHOOL MEET AGAIN

We bring together Elisabet Anguera (Agricultural of Corbera d’Ebre), Joan Asens (Orto Vins) and Jordi Vidal (La Conreria d’Escaladei) alumni of the first promotions of the School of Viticulture and Enology of Falset. Memories, anecdotes… Below we leave a video-summary of the meeting that took place at the same school on March 2.

Elisabet, Joan, Jordi. Thank you so much for your time.

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OXIDATE WINE BY RENÉ BARBIER

OXIDATE WINES BY RENÉ BARBIER

Today, we went to visit René Barbier, from Clos Mogador. The father. The founder. He has been now in Priorat for many days, but he still says he does not make part of the history of Priorat. We do not agree with him, because he is a big part of it, a part of its most recent history, but a part of its history after all.
He talked with us about rancio wines… We asked him if he wanted to collaborate with our blog, and he gladly agreed to do it: “I’ll do anything for Sara,” he told us.

And the first thing he did was to introduce us to the society Arrels del Priorat, a project which started approximately during the ‘90s to recover and promote rancio wines from Priorat (he put them on sale in internationally known places, like Harrods in London, or Galeries Lafayette in Paris). A project that he is currently managing with Jaume Balaguer (winery Balaguer i Cabré) in a small winery in Gratallops, and which has made him learn first-hand about the history of rancio wines from our region, from each town and from each house… “The history of a time that has to come back,” as he says. Arrels has allowed him to talk with the farmers who still have an old barrel at home, and who have let the old times behind, even though they still remember them.

However, he recognised that it has been a project which has required them a big investment without any kind of repayment. A bottomless pit.

When he told us about rancio wines, he explained to us that “they are the tip of the iceberg of a forgotten world which I think will come back”. Arrels gave him the opportunity to select some rancio wines (12 in total from 12 different towns) and, with a representative drawing of each house done by Isabel, promote them. He wanted to place them in the best places in the world… but he was unsuccessful. Rancio wines are a product which needs to be put into a context, and which also has to be explained in order to understand it and fully appreciate it. The name is the first difficulty. Here, we are very clear about what we are talking about. However, internationally, wines like sherry or Vin Jaune are known… but not rancio wine. “It is an issue we all should think about,” he said.

He told us that rancio wine, apart from being a very local production, is also explained like a way of using the product, which in this case is the wine, as a whole. “There is a lot of imagination, and it is a heritage that farmers have managed to keep and transmit until now”. We set the history of these wines back in the agricultural lands from 1800 backwards, because forwards, in more recent times, the issue gets complicated. But before, rancio wines had a great logic. “All the work was done with animals, and the harvest was extended for more than 3 months…” “…we started next to the river, (…) from white wines. And it is not nonsense (…) it is very fresh. From the river we went up, that is to say, that a bit higher there were consumer wines, and they were fresh, a quality product. They always tasted good, because if they didn’t, they were vinegar, and if they were not vinegar, they were rancio wines (…) And November/December came, their drying/raisining process began, and sweet wines were made…”
They used the harvest in every possible way, and the sale was also adapted. We remembered the wineries in the cities, and he specifically remembered that, when he was young, there were wineries with their own rancio wine, their own barrels, their own fresh wines, sweet wines… “It was what corresponded to the grape harvest” “After a whole life in Priorat, you realise that things were not so badly done after all…” he added, amused.

Then, he compared wines with cheese, any kind of cheese that existed before, which was also a consumer product…. but it was slowly simplified, the different kinds of cheese were unified, and finally there were only 4 of them remaining. Now, we diversify again… and we cannot blame globalisation but economy for it. He talked about “economic engineering”. Looking for profitability, some of the richness of diversity has been lost. “It is like wanting to produce one wine only in the entire region of Priorat, in the cooperatives (…) I will be in trouble again (he laughs), but in fact, what they should have done is to produce the wines for the farmers and be an intermediary in order to promote this general globalisation, like with cheese (…)”.

However, he remembered that, at that time, people went to find the grapes with animals. The garnachas arrived at the cellar at 17 ºC, and the wine “needed time to yield”. “They were not scared like us”. They put the wine inside the barrel of rancio wine because it was not clear for them. There, inside the barrel, the amount of volatile compounds was reduced… the acids changed… the taste changed. It was turned into a rancio wine. What they needed to take into account was that they needed 3 litters of wine to produce 1 litter of rancio wine, because they worked with local chestnut wood. (Chestnut wood and rancio wine, an essential combination, he indicated). The work of the cooper was essential, because the barrels were in the attic, and with the dry weather that we have here, it meant having more wine and taking great care of the barrels. “If you were a cooper, you had to be everything”.

However, they obtained a unique product, a product which has already influenced the local cuisine. A symbol of our gastronomic identity. A very important product for local cuisine, either as a basis or as an accompaniment to a desert… like, for example, the nuts desert known as les postres de músic.

Nevertheless, now that we have worked with this product, we realised that it pairs perfectly well with anchovies and artichokes (which are always so difficult).

And rancio wines were transmitted from parents to their children (it was that family recipe inherited over time). That wisdom that we appreciate so much in cultures different from ours, but that we also have.

Therefore, wen René convincingly told us that this history that we talk about has to come back, it is because, behind rancio wines, there is everything a territory wants: personality, tradition…

Profitability maybe is not as profitable when we lose this tradition and personality. “It is not globalisation that spoils things, but our way to understand it (…) You would need to flatten Priorat in order to be as profitable as other regions (…)”.

He thanks the project Arrels del Priorat for the fact of understanding the product, although he recognises that, over time, the essence has been lost. “Since modernisation, we haven’t worked the periods of the vineyard (…). In fact, we have fed this product with large amounts of wine (…)”. Now, lighter and more still rancio wines are being produced… But it is, anyway, a meeting point… We have lost the ability to adapt that our ancestors had, the ability to adapt to different weather conditions and periods of the vineyard. We have lost varieties which adapted to different territories… “Over time, we have become better oenologists, but worse vine growers. In fact, not worse, but we have tried to simplify, and when you want to simplify, you finally lose your identity”.

Rancio wine does not only have the achievement of the product itself, but also the achievement of continuing tradition. For this reason, for the project Arrels del Priorat, René chose a partner from Priorat, because “I am not the tradition of Priorat. I might be a wine tradition, but not from Priorat, although my grandfather and my great-grandfather produced a rancio wine from Priorat, but only as merchants”. The big difference is doing it as a vine grower, and knowing that rancio wine corresponds to a period of the vineyard, to a moment in time and to a space, making it an exceptional product which influences the cuisine, the people, the traditions…

He compared it with biodynamics. He did not say ecology, “because ecology will be obligatory, but we will get slowly to biodynamics,” he said, convinced. The consumer increasingly demands the traceability of the products. Mas Martinet, as well as Clos Mogador, could sell what they produce to a German engineer, and if we bought it from them, we would be convinced that the product is good, and that it is worth the price they ask for it.

Finally, he proposed to take an approach with respect to Priorat. Because, although it is true that, before, rancio wines were produced everywhere,““as a wine, rancio wine from Priorat has a very big personality”.

Thank you very much, René, for your willing to share.

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