Saturday, September 17, 2022

UBC Okanagan team examines the roots of great wine tourism

Research suggests multi-sensory experiences leave visitors with impressionable aftertaste

Peer-Reviewed Publication

UNIVERSITY OF BRITISH COLUMBIA OKANAGAN CAMPUS

Establishing a sense of place—letting visitors dig right into the soil and smell the earth where the grapes are grown for their wine—is one strategy wineries can use to revive lagging tourism numbers coming out of the pandemic, new research from UBC Okanagan reveals.

Research Associate Darcen Esau and supervisor Dr. Donna Senese, an Associate Professor in Geography in the Irving K. Barber Faculty of Arts and Social Sciences, collaborated on new research published recently in the journal Food Quality and Preference.

“It really does come down to ensuring people understand that wine tourism is a multi-sensory experience,” says Esau.

The findings come thanks to research focused on Italy’s renowned Tuscany wine region in 2018.

Finding “slow, small and local” is what wine tourists crave on vacation, and is what makes Tuscany a world leader in wine tourism. It also provides a simple framework others can follow regardless of where in the world they are located.

“We often think of tourism as just being visual, at just looking at the landscape,” Esau says. “It’s about engaging all five of our senses through participation at a working farm and actually getting a little mud under your fingernails, touching the vines, smelling the wine cellar or hearing a tractor drive by.”

The feeling of being part of an agricultural lifestyle can be accomplished through workshops or hands-on activities. It is this participation in agricultural activity that helps vacationing visitors escape, which makes the whole experience feel more authentic and memorable, he explains.

Esau wanted to understand how the sensory experience of wine tourism can create a unique association with a wine destination, providing memorable experiences that are both unique and authentic. Much of that investigating was done during a four-week trip to Castello Sonnino winery in the valleys of Central Italy. Yes, spending a month on a working vacation at a Tuscan winery is part of a class offered at UBCO.

But the winery is also an education centre and provides lessons to the world, Dr. Senese says.

Dr. Senese, who conducts research with UBC’s Wine Research Centre, has led UBC courses in the Chianti wine appellation four times to study the connections between wine, food and tourism in the sustainability of the region’s geography.  

She calls Esau’s findings eye-opening, and further confirmation of what she has held dear for the past 20 years. Respecting place is at the heart of every geographer, like her, and she wants the wine industry to embrace a holistic approach in their thinking.

“It is sensual on all five levels,” she says. “For our students, one of the standouts about visiting a lot of those wineries in Tuscany, and the experiences they have, is the breathtaking passion the people at the wineries have for the product and the place.

“It’s odd to see tears coming to the eyes of students going, ‘Wow. I haven’t had this experience before, and these people are so passionate about what they’re doing.’”

The research comes at an especially important time for a wine industry attempting to recover from a global pandemic. According to a study commissioned by Wine Growers British Columbia and released in mid-August, wine-related tourism in the Okanagan declined to 254,000 visits in 2020 from 1.2 million in 2019.

Dr. Senese is quick to encourage smaller wine regions, such as the Okanagan Valley, to embrace the findings and give their visitors the full sensory experience. After all, many small wineries rely on tourists and local tastings rather than flooding global markets with exported products.

At the same time, the research also applies to all wine regions regardless of their numbers as they seek to drive tourism and subsequent visitation. 

“It really is about downplaying that commercial component and emphasizing the local craftsmanship,” says Esau, “which a large winery can do as well. We see great examples of it throughout the Okanagan.”

 

Global warming doubled the risk for Copenhagen’s historic 2011 cloudburst

Peer-Reviewed Publication

UNIVERSITY OF COPENHAGEN - FACULTY OF SCIENCE

Cloudburst, Copenhagen, Istedgade 2011-07-02 

IMAGE: CARS STUCK IN FLOODING DURING HISTORIC CLOUDBURST OVER COPENHAGEN, DENMARK ON JULY 2, 2011 view more 

CREDIT: LISA RISAGER FROM DENMARK, CC BY-SA 2.0 <HTTPS://CREATIVECOMMONS.ORG/LICENSES/BY-SA/2.0>, VIA WIKIMEDIA COMMONS

Researchers at the University of Copenhagen, in collaboration with the Danish Meteorological Institute (DMI), have used detailed weather models to clearly tie increased temperatures to the historic cloudburst over Copenhagen in July of 2011. New method involving counterfactual weather forecasts could link the weather event to global warming for the first time.

It is seven o'clock in the evening on July 2nd, 2011. A cloudburst of historic proportions has just struck north of Copenhagen. On the roof of his car, a taxi driver tries to save himself from the floodwaters as rain and hail plunge into the water and cars floating around him on Lyngbyvej.

On this day, the Danish capital experienced an extreme cloudburst that cost society billions of kroner. At Rigshospitalet, the situation was so dire that the floodwater was centimetres away from destroying the hospital's generators and triggering an evacuation of 1400 patients.

Now, Niels Bohr Institute and DMI researchers have used an unconventional tool to understand 2011’s extreme downpour. Counterfactual history is when you change something about an historical event to analyze the What if? Typically used by historians to understand our past, climate scientists have begun deploying the method in a similar way.

Their experiment demonstrates a clear correlation between the intensity of the cloudburst at the time and the heat in the atmosphere leading up to its occurrence.

"Yes, to put it simply you could say that on a planet one degree warmer, a similar weather situation would have likely prompted the evacuation of Rigshospitalet," says Professor Jens Hesselbjerg Christensen of the Niels Bohr Institute.

Based on historical weather data

By running different weather simulations for the day of the cloudburst based on DMI models, the researchers produced a number of counterfactual weather forecasts. These were divided into five different heat scenarios, each of which allowed the study to show the consequences of atmospheric temperature increases.

For the first time, the researchers were able to show that a century of human-caused increases in temperature doubled the risk of the historic cloudburst and increased its intensity.

The study also demonstrates that with increasing temperatures ahead of us, there will also be an increased risk of similar or even stronger cloudbursts whenever similar weather situations arise in the future.

The model calculations are based on historical weather data and are thereby supported by empirical evidence.

A difficult linkage

Model calculations of Denmark’s future climate, available in DMI's Climate Atlas, clearly show the connection between warming and an increased risk of cloudbursts. But generally, linking specific weather events to climate change remains a scientific challenge.

In the wake of the July 2011 floods, DMI climate scientist Ole Bøssing Christensen explained that the event could not be directly linked to climate change, but that it did align with climate model predictions for the future.

"That was the type of answer we could give a few years back. We simply did not have the tools to say more. This is precisely the challenge that this study sought to address," explains Jens Hesselbjerg Christensen.

According to Rasmus Anker Pedersen, Head of Section at DMI’s Centre for Climate Research, and co-author of the study, the task succeeded.

"The unique aspect of this study is that we can assess the influence of increased global warming on a specific extreme weather event, as opposed to simply comparing the cloudburst with general changes in a warmer climate," he says.

The grid of data points in climate models is not dense enough to work with weather phenomena like cloudbursts, which occur very locally and are the result of a complex set of convergent weather conditions. However, unlike traditional climate models, DMI's weather models are geared to process weather data on a dense and detailed enough scale.

Provides new precision for climate predictions

"If you can operate on the scales that we have been able to here, you capture the processes needed to be able to recreate a specific event in a simulation. It also gives credibility to being able to predict events that have yet to take place," says Jens Hesselbjerg Christensen.

He expects that it will have greater meaning for both everyday citizens and decision-makers when the consequences of climate change become concrete, because they will be able to be linked to known events, such as the 2011 cloudburst. However, the method and use of weather models for climate research also offer perspectives on a global scale.

"While not quite there yet, we expect that there will be enough computing power over the course of the next decade to deploy this type of model on a global scale. This will allow for a whole new level of precision in our climate forecasts. While it will require a lot of processing power, doing so will be relevant. For example, it will help us qualify the preparations needed for climate change adaptation," says Jens Hesselbjerg Christensen.

 

 

Facts: The cloudburst on 2 July 2011, Copenhagen

The most expensive natural catastrophe in Denmark since 1999. Insurance payments amounted to DKK 6.2 billion, divided into approx. 90,000 claims.

In some places, two months worth of precipitation fell in a few hours. In a single day, 135.4 mm fell at Copenhagen’s Botanical Garden. 31 mm fell within ten minutes in the suburb of Ishøj. More than 5,000 lightning strikes were recorded in 3 hours.

The heavy rain and hail caused traffic to come to a standstill in several places in the metropolitan area as roadways became rivers. Several highways were closed for 1-3 days.

Train traffic was disrupted for a week and in some places closed for days, due to everything from flooded stations to lightning strikes on equipment and landslides.

Approximately 10,000 households suffered power outages for up to 12 hours and approximately 50,000 homes lost heating and hot water for up to a week.

 

Facts: What is a cloudburst?

In Denmark, cloudbursts are defined as episodes when more than 15 mm of precipitation falls within a half hour.

Convection is the physical process that causes cloudbursts. Among other things, convection is when lower density, warm air rises.

Warm air, which can be very humid, also draws existing moisture from clouds up to higher altitudes, which creates extreme condensation in the high clouds.

The droplets eventually grow so large that they cannot be held up by the vertical air currents, at which point the clouds suddenly empty their moisture.

 

Facts: How the researchers did it

On the basis of weather information up to and including midnight on 2 July 2011, the researchers simulated the weather around Copenhagen using today's thoroughly tested and accurate DMI weather model.

The scale in these weather models is very accurate. The distance between data points in DMI's model, known as grid size, is about 2.5 km. In comparison, global climate model grid points are no nearer than roughly 50 km apart.

The researchers conducted 13 simulations in a so-called ensemble of forecasts, because weather – and not least thunderstorms – are chaotic events with noise and high unpredictability.

The simulations have been adapted and divided into five heat scenarios: –1 degree (pre-industrial age), 0 (normal in 2011), +1, +2 and +3 degree warmer global temperature.

Smithsonian researchers discover extinct prehistoric reptile that lived among dinosaurs


Discovery sheds light on the tuatara, the last living member of a once-diverse group of reptiles that has almost entirely been supplanted by lizards

Peer-Reviewed Publication

SMITHSONIAN

Artistic interpretation of the new lizard-like reptile Opisthiamimus gregori 

IMAGE: AN ARTISTIC INTERPRETATION OF A NEWLY DISCOVERED EXTINCT SPECIES OF LIZARD-LIKE REPTILE BELONGING TO THE SAME ANCIENT LINEAGE AS NEW ZEALAND’S LIVING TUATARA. THE NEWLY DISCOVERED OPISTHIAMIMUS GREGORI PREYS ON A NOW-EXTINCT WATER BUG (MORRISONNEPA JURASSICA), WHILE IN THE BACKGROUND THE PREDATORY DINOSAUR ALLOSAURUS JIMMADSENI GUARDS ITS NEST. THE SCENE IS THE¬ FLOODPLAIN OF A RIVER IN LATE JURASSIC WYOMING, APPROXIMATELY 150 MILLION YEARS AGO. A TEAM OF SCIENTISTS DESCRIBE THE NEW SPECIES, WHICH ONCE INHABITED JURASSIC NORTH AMERICA ABOUT 150 MILLION YEARS AGO ALONGSIDE DINOSAURS LIKE STEGOSAURUS AND ALLOSAURUS, IN A PAPER PUBLISHED TODAY IN THE JOURNAL OF SYSTEMATIC PALAEONTOLOGY. IN LIFE, THIS PREHISTORIC REPTILE WOULD HAVE BEEN ABOUT 16 CENTIMETERS (ABOUT 6 INCHES) FROM NOSE TO TAIL AND WOULD FIT CURLED UP IN THE PALM OF AN ADULT HUMAN HAND. THE DISCOVERY COMES FROM A HANDFUL OF SPECIMENS INCLUDING AN EXTRAORDINARILY COMPLETE AND WELL-PRESERVED FOSSIL SKELETON EXCAVATED FROM A SITE CENTERED AROUND AN ALLOSAURUS NEST IN NORTHERN WYOMING’S MORRISON FORMATION. view more 

CREDIT: JULIUS CSOTONYI FOR THE SMITHSONIAN INSTITUTION

Smithsonian researchers have discovered a new extinct species of lizard-like reptile that belongs to the same ancient lineage as New Zealand’s living tuatara. A team of scientists, including the National Museum of Natural History’s curator of Dinosauria Matthew Carrano and research associate David DeMar Jr. as well as University College London and Natural History Museum, London scientific associate Marc Jones, describe the new species Opisthiamimus gregori, which once inhabited Jurassic North America about 150 million years ago alongside dinosaurs like Stegosaurus and Allosaurus, in a paper published today in the Journal of Systematic Palaeontology. In life, this prehistoric reptile would have been about 16 centimeters (about 6 inches) from nose to tail—and would fit curled up in the palm of an adult human hand—and likely survived on a diet of insects and other invertebrates.

“What’s important about the tuatara is that it represents this enormous evolutionary story that we are lucky enough to catch in what is likely its closing act,” Carrano said. “Even though it looks like a relatively simple lizard, it embodies an entire evolutionary epic going back more than 200 million years.”

The discovery comes from a handful of specimens including an extraordinarily complete and well-preserved fossil skeleton excavated from a site centered around an Allosaurus nest in northern Wyoming’s Morrison Formation. Further study of the find could help reveal why this animal’s ancient order of reptiles were winnowed down from being diverse and numerous in the Jurassic to just New Zealand’s tuatara surviving today.

The tuatara looks a bit like a particularly stout iguana, but the tuatara and its newly discovered relative are in fact not lizards at all. They are actually rhynchocephalians, an order that diverged from lizards at least 230 million years ago, Carrano said.

In their Jurassic heyday, rhynchocephalians were found nearly worldwide, came in sizes large and small, and filled ecological roles ranging from aquatic fish hunters to bulky plant munchers. But for reasons that still are not fully understood, rhynchocephalians all but disappeared as lizards and snakes grew to be the more common and more diverse reptiles across the globe.

This evolutionary chasm between lizards and rhynchocephalians helps explain the tuatara’s odd features such as teeth fused to the jaw bone, a unique chewing motion that slides the lower jaw back and forth like a saw blade, a 100-year-plus lifespan and a tolerance for colder climates.

Following O. gregori’s formal description, Carrano said the fossil has been added to the museum’s collections where it will remain available for future study, perhaps one day helping researchers figure out why the tuatara is all that remains of the rhynchocephalians, while lizards are now found across the globe.

“These animals may have disappeared partly because of competition from lizards but perhaps also due to global shifts in climate and changing habitats,” Carrano said. “It’s fascinating when you have the dominance of one group giving way to another group over evolutionary time, and we still need more evidence to explain exactly what happened, but fossils like this one are how we will put it together.”

The researchers named the new species after museum volunteer Joseph Gregor who spent hundreds of hours meticulously scraping and chiseling the bones from a block of stone that first caught museum fossil preparator Pete Kroehler’s eye back in 2010.

“Pete is one of those people who has a kind of X-ray vision for this sort of thing,” Carrano said. “He noticed two tiny specks of bone on the side of this block and marked it to be brought back with no real idea what was in it. As it turns out, he hit the jackpot.”

The fossil is almost entirely complete, with the exception of the tail and parts of the hind legs. Carrano said that such a complete skeleton is rare for small prehistoric creatures like this because their frail bones were often destroyed either before they fossilized or as they emerge from an eroding rock formation in the present day. As a result, rhynchocephalians are mostly known to paleontologists from small fragments of their jaws and teeth.

After Kroehler, Gregor and others had freed as much of the tiny fossil from the rock as was practical given its fragility, the team, led by DeMar, set about scanning the fossil with high-resolution computerized tomography (CT), a method that uses multiple X-ray images from different angles to create a 3D representation of the specimen. The team used three separate CT scanning facilities, including one housed at the National Museum of Natural History, to capture everything they possibly could about the fossil.

Once the fossil’s bones had been digitally rendered with accuracy smaller than a millimeter, DeMar set about reassembling the digitized bones of the skull, some of which were crushed, out of place or missing on one side, using software to eventually create a nearly complete 3D reconstruction. The reconstructed 3D skull now provides researchers an unprecedented look at this Jurassic-age reptile’s head.

Given Opisthiamimus’s diminutive size, tooth shape and rigid skull, it likely ate insects, said DeMar, adding that prey with harder shells such as beetles or water bugs might have also been on the menu. Broadly speaking, the new species looks quite a bit like a miniaturized version of its only surviving relative (tuataras are about five times longer).

“Such a complete specimen has huge potential for making comparisons with fossils collected in the future and for identifying or reclassifying specimens already sitting in a museum drawer somewhere,” DeMar said. “With the 3D models we have, at some point we could also do studies that use software to look at this critter’s jaw mechanics.”

Funding and support for this research were provided by the Smithsonian and the Australian Research Council.

Mexican mangroves have been capturing carbon for 5,000 years

Unusual forests on stilts mitigate climate change

Peer-Reviewed Publication

UNIVERSITY OF CALIFORNIA - RIVERSIDE

Researcher entering mangroves 

IMAGE: UCSD COASTAL ECOLOGIST MATTHEW COSTA ENTERING MANGROVE FOREST IN MEXICO. view more 

CREDIT: RAMIRO ARCOS AGUILAR/UCSD

Researchers have identified a new reason to protect mangrove forests: they’ve been quietly keeping carbon out of Earth’s atmosphere for the past 5,000 years. 

Mangroves thrive in conditions most plants cannot tolerate, like salty coastal waters. Some species have air-conducting, vertical roots that act like snorkels when tides are high, giving the appearance of trees floating on stilts. 

A UC Riverside and UC San Diego-led research team set out to understand how marine mangroves off the coast of La Paz, Mexico, absorb and release elements like nitrogen and carbon, processes called biogeochemical cycling. 

As these processes are largely driven by microbes, the team also wanted to learn which bacteria and fungi are thriving there. 

The team expected that carbon would be found in the layer of peat beneath the forest, but they did not expect that carbon to be 5,000 years old. This result, along with a description of the microbes they identified, is now published in the journal Marine Ecology Progress Series.

“What’s special about these mangrove sites isn’t that they’re the fastest at carbon storage, but that they have kept the carbon for so long,” said Emma Aronson, UCR environmental microbiologist and senior co-author of the study. “It is orders of magnitude more carbon storage than most other ecosystems in the region.”

Peat underlying the mangrove trees is a combination of submerged sediment and partially decayed organic matter. In some areas sampled for this study, the peat layer extended roughly 10 feet below the coastal water line. 

Little oxygen makes it to the deepest peat layer, which is likely why the team did not find any fungi living in it; normally fungi are found in nearly every environment on Earth. However, oxygen is a requirement for most fungi that specialize in breaking down carbon compounds. The team may explore the absence of fungi further in future mangrove peat studies.

There are more than 1,100 types of bacteria living beneath the mangroves that consume and excrete a variety of chemical elements. Many of them function in extreme environments with low or no oxygen. However, these bacteria are not efficient at breaking down carbon. 

The deeper you go into the peat soils, the fewer microorganisms you find. Not much can break down the carbon down there, or the peat itself, for that matter,” said Mia Maltz, UCR microbial ecologist and study author. “Because it persists for so long, it’s not easy to make more of it or replicate the communities of microbes within it.”

There are other ecosystems on Earth known to have similarly aged or even older carbon. Arctic or Antarctic permafrost, where the ice hasn’t yet thawed allowing a release of gases, are examples. Potentially, other mangrove forests as well. The researchers are now scouting mangrove research sites in Hawaii, Florida and Mexico’s Yucatan Peninsula as well.

“These sites are protecting carbon that has been there for millennia. Disturbing them would cause a carbon emission that we wouldn’t be able to repair any time soon,” said Matthew Costa, UC San Diego coastal ecologist and first author on the paper. 

Carbon dioxide increases the greenhouse effect that is causing the planet to heat up. Costa believes that one way to keep this issue from worsening is to leave mangroves undisturbed.

“If we let these forests keep functioning, they can retain the carbon they’ve sequestered out of our atmosphere, essentially permanently,” Costa said. “These mangroves have an important role in mitigating climate change.”


CAPTION

Unusual roots of the mangroves in Baja California Sur.

CREDIT

Matthew Costa/UCSD

 

Take back the factory: worker control in the current crisis

The economic crisis that began in 2008 has put workers’ control and workplace democracy back on the agenda in the countries of the northern hemisphere.



DARIO AZZELLINI
TUE, 15/09/15
https://www.workerscontrol.net/

During the first decade of the current century, factory occupations and production under workers’ control seemed to be limited mainly to South America, with a few exceptions in Asia. It was beyond the imagination of most workers and scholars in industrialized countries that workers would or could occupy their companies and run them on their own. Nevertheless, the crisis that started in 2008 put workers’ control back on the agenda in the northern hemisphere. In the course of the current crisis, factory occupations occurred throughout Europe, especially in France, Italy and Spain, but also in other countries, including Switzerland and Germany, and in the US and Canada. Nevertheless, in most cases the occupation was a means of struggle and not a step toward workers’ control. In some better organized cases workers achieved their demands, in others the occupations were a result of spontaneous indignation over factory closure or mass dismissals and the struggles fell apart without any concrete result.

Compared to other historical moments when factory takeovers and workers’ control were part of offensive struggles, the new occupations and recuperations develop out of defensive situations. However, this has been true since the neoliberal attack on workers in the early 1980s, with very few exceptions like the recent struggles for worker control in Venezuela. As consequence of the crisis, occupations and recuperations are accomplished by workers in reaction to closure of their production site or company, or relocation of production to a different country. Workers try to defend their workplaces because they have little reason to hope for a new job. In this defensive situation, the workers not only protest or resign; they take the initiative and become protagonists. In the struggle and on the production site they build horizontal social relations and adopt mechanisms of direct democracy and collective decision-making. The recuperated workplaces often reinvent themselves. The workplaces also build ties with nearby communities and other movements.

This description already includes certain criteria not necessarily shared by all workers’ takeover of companies. While in fact it is fundamental to recognize the diversity of situations, contexts and modalities of workers’ controlled companies, it is nevertheless important to understand workers’ control or recuperation of workplaces as a socio-political operation and not as a mere economic procedure. Therefore, it is necessary to have some basic criteria when discussing recuperated companies. Some well-intentioned authors calculate 150 recuperated workplaces under worker control in Europe (Troisi 2013). A closer look shows that very few of these can really be considered “recuperated” and under worker control. That count includes all workers’ buyouts of which most at best adopted the structure and functioning of traditional cooperatives. Many, if not most, have internal hierarchies and individual property shares. In the worst cases we find unequal share distribution according to the company’s social hierarchy (and therefore economic power) or even external investors and shareholders (individuals and major companies). Such reckoning reduces the concept of recuperation to the continued existence of a company originally destined to close and merely changing ownership from one to many owners, some of whom work in the company. Companies following these schemes can hardly be considered “recuperated” in that they do not provide a different perspective on how society and production should be organized.

That contemporary worker-controlled companies almost always have the legal form of cooperatives is because the cooperative form is the only existing legal form of collective ownership and collective administration of workplaces. Usually, however, these are based on collective ownership, without any option of individual property; all workers have equal shares and equal voice. It is an important and distinctive characteristic that they question private ownership of means of production. They provide an alternative to capitalism based essentially on the idea of a collective or social form of ownership. Enterprises are seen not as privately owned (belonging to individuals or groups of shareholders), but as social property or “common property” managed directly and democratically by those most affected by them. Under different circumstances, this might include, along with workers, participation by communities, consumers, other workplaces, or even some instance of the state (for example in countries like Venezuela or Cuba). That workers’ control the production process and are decisive in decision-making, usually also turns them into social and political agents beyond the production process and the company (Malabarba 2013, 147).

All following examples of factories recuperated during the crisis correspond to these modalities.

Pilpa – La Fabrique du Sud 

Pilpa was an ice cream producing company with 40 years of history in Carcassonne, near Narbonne, in southern France.It used to belong to the huge agricultural cooperative 3A, which sold its ice cream as different famous brands, among them the large French grocery store chain Carrefour. In September 2011, the plant was sold by 3A due to financial difficulties. The buyer, ice cream manufacturer R&R (belonging to US investment fund Oaktree Capital Management) was only interested in owning the famous brand names to add value to R&R (which would be sold by the investment fund in April 2013). In July 2012, R&R announced Pilpa would close and production relocated, with dismissal of 113 workers. The workers resisted, occupied the plant and started organizing a solidarity movement. Their goal was to save the production site (Borrits 2014).

The workers set up 24-hour surveillance to prevent the owner from dismantling the factory and removing the equipment. In December 2012 the workers gained a court declaring the proposed R&R job protection plan and workers’ pay out “inadequate.” While R&R formulated a new proposal, 27 workers decided on a plan to turn the former Pilpa into a worker owned and worker controlled cooperative under the name “Fabrique du Sud” (Factory of the South).

The new owner of R&R finally agreed in late spring 2013 to pay all workers between 14 and 37 months’ gross salaries and €6,000 for job training. Moreover it agreed to pay the cooperative more than €1 million in financial and technical assistance for job training and market analysis and hand over the machines for one production line, with the condition that Fabrique du Sud would not operate in the same market. The municipality of Carcassone agreed to buy the land upon which the factory is built (Borrits 2014). As former Pilpa worker and Fabrique du Sud founder, Rachid Ait Ouaki, explains, it was not a problem to agree not to operate in the same market:

    “We will produce ice cream and yogurt, both eco-friendly and of higher quality. We will use only regional ingredients – from milk to fruit – and also distribute our production locally. At the same time, we will keep prices for consumers low. We will not be producing 23 million liters annually as Pilpa did, but only the 2-3 million liters we can distribute locally. We also have only 21 of the original workers who joined the cooperative, since we have to put even more money into it, including raising our unemployment benefits through a program for business creation, and not everyone wanted to take that risk”.

As in other cases, the cooperative is the legal form the worker controlled company had to take. Decisions are made by all the workers together and benefits will be distributed equally among the workers, once production starts in early 2014.

From Maflow to Ri-Maflow


The Maflow plant in Trezzano sul Naviglio, industrial periphery of Milan, was part of the Italian transnational car partsproducer Maflow, which advanced in the 1990s to one of the most important manufacturers of air conditioning tubes worldwide with 23 production sites in different countries. Far from suffering consequences of the crisis and with enough clients to keep all plants producing, Maflow was put under forced administration by the courts in 2009 because of fraudulent handling of finances and fraudulent bankruptcy. The 330 workers of the plant in Milan, Maflow’s main production facility, began a struggle to reopen the plant and keep their jobs. In the course of the struggle they occupied the plant and held spectacular protests on the plant’s roof. Because of their struggle Maflow was offered to new investors only as a package including the main plant in Milan. In October 2010 the whole Maflow group was sold to the Polish investment group Boryszew. The new owner reduced the staff to 80 workers. 250 workers passed to a special income redundancy fund. But even so the new investor never restarted production and after the two years required by the law preventing him from closing a company bought under these circumstances, in December 2012 the Boryszew group closed the Maflow plant in Milan. Before closing it removed most machinery (Blicero 2013, Occorso 2013 and Massimo Lettiere).

A group of workers in redundancy had kept in touch and was unwilling to give up. Massimo Lettiere, former Maflow worker and union delegate of the leftist and radical rank and file union Confederazione Unitaria di Base (CUB) explains:

    “We went on organizing assemblies from the Boryszew take-over. In some of the assemblies we talked about the possibility of taking the plant and doing some work inside. We did not know exactly what kind of work we could do, but we understood that after so much time of redundancy, the next stage would be unemployment. Therefore we did not have any option and we had to try it. In the summer of 2012 we had already done some market studies and determined that we would set up a cooperative for recycling of computers, industrial machines, and domestic and kitchen appliances”.

When the plant was closed in December 2012, the workers occupied the square in front of their former factory and in February 2013 they went inside and occupied the plant, together with precarious workers and former workers of a nearby factory shut down after fraudulent bankruptcy:

    “To stand and wait for someone to give you a hand is worthless. We must take possession of the goods that others have abandoned. I am unemployed. I cannot invest the money to start a business. But I can take a factory building that has been abandoned and create an activity. So our first real investment for the project is activity and political action. We made a political choice. And from there we started working”.

In March 2013, the cooperative Ri-Maflow was officially constituted. Meanwhile the factory building passed to the Unicredito Bank. After the occupation Unicredito agreed to not request eviction and permitted them free use of the building. The 20 workers participating full time in the project completely reinvented themselves and the factory, as Lettiere describes:

    “We started building a broader network. We had the cooperative ‘Ri-Maflow’ with the goal of recycling as the economic activity. In order to gather money we built the association ‘Occupy Maflow’, which organized spaces and activities in the plant. We have a flea market in one hall, we opened a bar, we organize concerts and theater… we have a co-working area with offices we rent. With all that we started having a little income and we could buy a transporter and a pallet carrier for the cooperative, refit the electricity network and pay us some €300-€400 each a month. It was not much, but added to €800 unemployment you have almost a normal salary…

    In 2014 we want to work on a larger scale with the cooperative. We have two projects we already started and both are linked to questions of ecology and sustainability. We have built alliances with local organic agricultural producers, opened a group for solidarity shopping and have contacted the agricultural cooperatives from Rosarno, Calabria, Southern Italy. They are cooperatives paying fair wages. Three or four years ago there was a rebellion of migrant workers in Rosarno. They stood up against exploitation. We buy oranges from these cooperatives and sell them and we produce orange and lemon liqueur. We are also connected with a group of engineers from the Polytechnic University to make huge recycling projects. It might take some years until we get all necessary permits. We chose this kind of activity for ecological reasons, reduction of waste etc. and we have already started recycling computers, which is easy, but we want to do it on a bigger scale.”

What can seem like a patchwork to traditional economists is in fact a socially and ecologically useful transformation of the factory with a complex approach based mainly on three premises: “a) solidarity, equality and self-organization among all members; b) conflictive relationship with the public and private counterparts; c) participation in and promotion of general struggles for work, income and rights” (Malabarba 2013, 143).

Greece: Vio.Me from industrial glue to organic cleaners


Vio.Me in Thessaloniki used to produce industrial glue, insulant and various other chemically produced building
materials. Since 2010 the workers agreed to be sent on unpaid leave every four to six weeks. Then the owners started reducing the workers’ wages, but assured them it was only a temporary measure and they would soon be paid the missing salaries. The owners’ main argument was that profits had fallen 15 to 20 percent. When the owners did not keep their promise to pay the unpaid back wages, the workers went on strike demanding to be paid. As a response to their struggle the owners simply gave up the factory in May 2011, leaving 70 unpaid workers behind. Later the workers found out that the company was still making profits and the “losses” were due to a loan that Vio.Me formally granted to the mother firm Philkeram Johnsosn. In July 2011 the workers decided to occupy the plant and take their future in their own hands (see chapter 10 on Greece for more details on Vio.Me in? context). As Vio.Me-worker Makis Anagnostou, Thessaloniki explains:

    “When the factory was abandoned by the owners we first tried to negotiate with the politicians and the union bureaucracy. But we understood quickly that the only thing we were doing was wasting our time and slowing down the struggle. It was a difficult time; the crisis was showing sudden and intense effects. The suicide rate among workers in Greece rose a lot and we were worried that some of our fellow workers might commit suicide. Therefore we decided to open our labor conflict to society as a whole and the people became our allies. We discovered that the people we thought could not do anything in reality can do it all! Many workers did not agree with us or did not continue the struggle for other reasons. Among those of us who we took up the struggle, the common ground for our work is equality, participation and trust.”

Vio.Me became known internationally and inspired several other workers’ occupations in Greece, even if none was successful at keeping the workplace and/or production. The case best known internationally was the state-owned public broadcasting company, ERT (Ellinikí Radiofonía Tileórasi). After the government announced on June 11, 2013 that all public TV and radio stations would be closed (to be restructured and reopened with fewer workers, fewer rights and lower wages) workers and employees occupied the radio and produced their own program until they were brutally evicted on September 5.

The Vio.Me workers restarted production in February 2013.

    “Now we produce organic cleanser not the industrial glue we produced before. Distribution is informal, we sell our products ourselves at markets, fairs and festivals, and a lot of products are distributed through the movements, social centers and shops that are part of the movements. What we did last year is basically keep the factory active. We cannot yet say we have had a very positive outcome regarding production, distribution and sales. Earnings are quite low and not enough to maintain all the workers. Therefore some workers have lost faith, or got tired and left Vio.Me. Recently our assembly decided unanimously to legalize our status by building a cooperative“.

Common challenges for workers’ recuperations

Contemporary occupied or recuperated workplaces often face similar challenges, among are a lack of support by political parties and bureaucratic unions or even their open hostility, rejection and sabotage by the former owners and most other capitalist entrepreneurs and their representations, missing legal company forms matching with the workers’ aspirations and missing institutional framework, obstruction by institutions and little or no access to financial support and loans, even less from private institutions.

The general context contemporary recuperated factories have to face is not favorable. The occupations are taking place during a global economic crisis. Starting new productive activities and conquering market shares in a recessive economy is not an easy task. Moreover, the capital backing available for worker-controlled companies is also less than for capitalist enterprises. Usually an occupation and recuperation of a factory takes place after the owner has abandoned factory and workers, either he literally disappeared or he abandoned the workers by firing them between one day and the next. The owners owe the workers unpaid salaries, vacation days and compensations. The owners often start before the closure of the plant to remove machinery, vehicles and raw material. In such a situation, with the perspective of a long struggle without or with little financial support and uncertain outcome the most qualified workers, and often also younger workers, leave the enterprise, hoping for better options or to find a new job. The remaining workers have to acquire additional knowledge in various fields to be able to control not only the production process in a narrow sense, but also to administer the entire company, with all that implies. But once the workers take over the factory, the former owner suddenly reemerges and wants “his” business back.

Contrary to the common belief that capitalists only care about business no matter how it is done and with whom, worker-controlled businesses face not only capitalism’s inherent disadvantages for those following a different logic, but often constant attacks and hostilities by capitalist business and institutions as well as the bourgeois state. Worker-controlled companies that do not bend totally to capitalist functioning are considered a threat because they show that it is possible to work differently.

Common features of workers’ recuperations

The few known existing cases of workers’ recuperations described have huge differences. Some factories have modern machinery and are fully functional from the technical point of view. Others have been literally looted by the former owner and have to start from scratch. Some factories have encountered support from local authorities, others from unions. The common features are not a checklist for the authenticity of recuperated factories. The common features described are a repertoire of characteristics that are not necessarily all fulfilled by all recuperated factories.

All recuperation processes and recuperated factories are democratically administered. Decision-making is always based on forms of direct democracy with equality of vote among all participants, be it through councils or assemblies. These direct democratic mechanisms adopted by worker-controlled companies raise important questions, not only about individual enterprises, but about how decisions should be made throughout the whole of society. In doing so, it challenges not only capitalist businesses, but also liberal and representative “democratic” governance.

Another obvious common feature is the occupation. It means to commit an act considered illegal and therefore enter into a conflict with authorities. It is a direct action by the workers themselves. They are not “representatives” nor do they wait for a representation –a union or party– or even the institutions of the state to solve their problem before they spring into action. As Malabarba correctly states: “The action has to be turned upside down: first the initiative, you occupy, and then you get in touch with the institutions that failed more or less consciously” (Malabarba 2013, 149).

This is also confirmed by the Latin American experience. In Argentina, Brazil, Uruguay and Venezuela the workers have always been ahead of parties, unions and institutions regarding practical responses. Expropriations, nationalizations, laws, financial and technical support etc. always followed the workers’ initiative and as a reaction to their direct action and struggle. The same is true for the productive activity developed by the recuperated workplace: strictly following the law, waiting for all legal authorizations and paying taxes would simply mean the activity would never start.

Most factories have to reinvent themselves, often the prior productive activity cannot be carried out in the same way (because the machines have been taken away by the owner, because it was a highly specialized activity with very few customers, whom the workers do not have access to, or because the workers decide it for other reasons). In all better documented cases we find that ecological aspects and questions of sustainability became central, be it an orientation on recycling, as in both Italian factories, the change from industrial glue and solvents to organic cleaners in Vio.Me in Thessaloniki, or the two factories in France switching to organic products and using local and regional raw materials and also distributing their products locally and rgionally. The problematic is seen by the workers in a larger context regarding the future of the planet, as well as on a smaller scale related to health threats for workers and surrounding communities. The importance of ecological aspects is part of the new society envisioned by the workers as are the democratic practices.

The struggle of the workers and the occupied or recuperated workplace becomes also a space in which new social relations are developed and practiced: Affect reliability, mutual help, solidarity among the participants and solidarity with others, participation and equality are some characteristics of the new social relations built. New values arise or at least different values than those characterizing the capitalist production process arise. Once the workers decide, for example, safety on the job becomes a priority.

The recuperated factories usually develop a strong connection with the territory. They support the neighborhood and get support from the neighborhood. They interact with different subjectivities present in the territory and develop joint initiatives. Also connections to different social movements and social and political organizations are built and strengthened. All factories mentioned in this chapter have direct relations with social movements and especially the new movements that were part of the global uprising since 2011. This is an evident parallel to Latin America where successful factory recuperations are characterized by having a strong foothold in the territory and close relations with other movements.

The anchorage in the territory helps also to face another important challenge: changing forms of work and production have radically diminished the overall number of workers with full time contracts, as well as reducing the number of workers in each company. While in the past job and production processes automatically generated cohesion among the workers, today work has a dispersive effect since often workers of the same company work with different contracts and with a different status. Generally more and more workers are pushed into precarious conditions and into self-employment (even if their activity depends totally on one “employer”). How can these workers be organized and what are their means of struggle? This is an important question the left must deal with to achieve victory over capital.

Ri-Maflow and Officine Zero in Italy have built strong ties with the new composition of work by sharing their space with precarious and independent workers. In the described case of Toronto, Canada, we can see a different approach to counteract the dispersive effect of work. The workers of the recuperated factories recognize themselves in each other and consider themselves part of a broader movement. The Kouta Steel Factory Workers in Egypt sent a letter in support of the Greek Vio.Me workers when they heard about their struggle. Makis Anagnostou from Vio.me declares: “The goal of the Vio.me workers is to create a European and international network with many more factories under worker control”. There is good reason to believe that this goal will become reality.

This chapter was taken from “An Alternative Labour History” | Edited by Dario Azzellini and published by Zed Books