Showing posts with label Environmental Problems. Show all posts
Showing posts with label Environmental Problems. Show all posts

Thursday, December 6, 2018

3114. Puthuvypeen: How an Oil Company Could Turn a Kerala Village Into a Deathtrap

By Sajai Jose, The Wire, November 27, 2017
Indian Oil’s Puthuvypeen LPG Import Terminal, which can store up to 15,400 metric tons of gas, is scheduled to be built next to two petrochemicals facilities that already operate in the area. Photo: Reuters
Kochi: The state of Kerala is unusually mindful of the hazards posed by pigs. According to the state Pollution Control Board (KSPCB) rules, pig farms fall under the ‘Red’ category, reserved for the most hazardous group of industries. “The shed housing the pigs should be a minimum of 100 metres from the nearest house. If the distance is even one metre less, permission won’t be granted,” a board official said.

The board’s dedication to ensuring safety is laudable, even if its ideas about what makes an industry hazardous are a little odd. In 2013, it granted the Indian Oil Corporation – the public-sector oil behemoth and India’s largest corporation – permission to build a liquid petroleum gas (LPG) storage terminal in Puthuvypeen village near Kochi under the ‘Orange’ or ‘relatively less hazardous’ category.

Under this clearance, the company is free to build tanks designed to store industrial-scale quantities of LPG – the equivalent of over one million domestic gas cylinders – just 40 metres from the nearest house. Incredible as it sounds, a shed full of pigs in the same location would have to be built a good 60 metres further, for it to get the agency’s approval.

The residents of Puthuvypeen, though, are not impressed by the nuances of environmental regulation which allow an LPG Terminal to be built a stone’s throw away from their homes. They have been up in arms about the project from its inception eight years ago. The agitation reached a crescendo this June, when a series of brutal police actions targeted the agitators, including children and the elderly. Caught live on camera by TV crews, the action left many hospitalised with severe injuries and broken bones.
Maglin Philomena of the Puthuvype LPG Terminal Virudha Janakeeya Samara Samiti, which is spearheading the agitation, is one of its many leaders who were injured in the police action. She recalls what happened after she was arrested along with several other women, when there were no cameras watching them:

“The police had put down the shutters and were driving us at a speed even faster than an ambulance. Many women, including 80-year old grandmothers, who had no experience of being arrested before, fainted under the strain, and we shouted out to the police, begging for water, but they refused. At the station, they detained us for hours, refusing to let us even use the toilets. All this happened in Kerala, where a Left government is in power.”
The severity with which even children were assaulted by the police sparked widespread public anger, prompting the State Human Rights Commission and child rights panel to intervene. After taking a defensive stance initially, the state government, led by the Communist Party of India (Marxist), was forced to temporarily stop construction at the site and set up a panel to look into the issue.

In the shadow of a petrochemical SEZ
Puthuvypeen is located on the southern end of Vypeen island, which faces Kochi harbour, the proximity making it an ideal location for port-related infrastructure. Except that Vypeen is among the most densely populated islands in the world, home to more than two lakh people. A large part of Vypeen consists of marshes and agricultural land, with the population packed into many dense peri-urban settlements and villages such as Puthuvypeen.

Indian Oil’s Puthuvypeen LPG Import Terminal, which can store up to 15,400 metric tons of gas, is scheduled to be built next to two petrochemicals facilities that already operate in the area: Petronet’s 3,10,000 m3 capacity LNG Terminal, and Bharath Petroleum’s ‘tank farm,’ with a capacity of 3,30,000 m3 of crude oil. All three facilities are located in the Cochin Port Trust’s Puthuvypeen Special Economic Zone (SEZ), and are part of the port’s Rs 2,200 crore multi-user liquid terminal (MULT) for large-scale import of petroleum products.

Owing to their sheer scale and proximity to each other – the projects lie in a row, with only a few hundred metres between them – an accident at any one of the three high-risk facilities in the SEZ would pose a grave risk to the village of Puthuvypeen and beyond. In fact, the SEZ is not more than 5-6 kilometres (as the crow flies) from the heart of Kochi, Kerala’s commercial capital and its most thickly populated urban centre.

Google map view of the project site, clearly revealing its extreme proximity to both the village and the sea. The old seawall runs alongside the road built for the project.
Google map view of the project site, clearly revealing its extreme proximity to both the village and the sea. The old seawall runs alongside the road built for the project.
The people of Puthuvypeen, part of a dense settlement of 65,000, have rejected the project outright. It’s easy to see why; it’s being built literally outside their doors. Startlingly for a high-risk facility, the terminal’s perimeter wall is just 30 metres away from the village – the two separated only by a new road constructed by the company. If the project gets built, some 500 tanker trucks carrying gas will pass through this road every day.

Her voice tinged with outrage, Maglin asks, “Our question to Indian Oil is, why build it here? We are not opposed to the project itself, like the company claims; we just don’t want it here. This is not their first project, so let them tell us – where else have they built such a dangerous facility so close to a heavily populated place?”

Hazard: the company version 
When The Wire put Maglin’s question to C.N. Rajendra Kumar, deputy general manager (LPG) at Indian Oil, his first response was that the project site was not the company’s choice at all, but allotted to them by the Cochin Port Trust, which owns the SEZ.
However, Kumar affirmed that safety concerns about the facility were not valid in this case, since the project will employ ‘mounded vessel’ technology, which was the safest available worldwide. The term refers to bullet-shaped metal tanks that are partially buried and encased in a covered concrete bunker. The proposed Indian Oil Terminal plans to have eight such tanks, enclosed in two clusters or ‘mounds’. The gas, unloaded from ships at the port, will reach the terminal via a 2.8 km long refrigerated pipeline. The gas is stored in its raw, odourless form, and any leakage must necessarily be detected by sensors.

According to Kumar, “The terminal will be equipped with the latest technologies, and the storage vessels will be constantly monitored with sensors. Our technical assessment shows that the possibility of hazard to be only one in a million.” Kumar then ventured to make an even more startling assertion: “Even if an accident were to happen, we have the capability to contain it within the boundary wall.”

‘It would incinerate everything in a 1 km radius’
Sagar Dhara, a veteran risk analyst based in Hyderabad, went through the company’s risk analysis report for The Wire. An environmental engineer and former safety trainer for petrochemicals industry personnel, he said that the company’s claim about the safety of the tanks tell only half of the story. “Tank safety is far from the only risk with LPG. For example, what about the pipes that would bring the gas to the terminal from the ships? A rupture there could result in a leak of several hundred tons of gas. What if the sensors don’t work? Any number of such things is possible,” he says, dismissing the company’s ‘one-in-a-million’ claim as “absurd.”

Dhara then proceeds to make a grim assessment, “For a facility of this size, an explosion resulting from a gas leak would incinerate everything in a 1 kilometre radius. The vulnerable zone won’t be less than 4 kms. If you consider the distance at which the impact could break glass – a standard criterion, since this causes injury – it could go up to a 6 km radius. But the company has not taken into account the worst case scenarios – which are fundamental to any risk analysis.”

In 2015, a team of researchers from the Cochin University of Science and Technology (CUSAT) conducted a ‘Population Vulnerability Assessment study’ of an existing LPG storage and bottling facility owned by Indian Oil in Udayamperoor, Kochi. The study found that people living within a 500m radius faced “potentially lethal risk,” while those living as far as 1300m may experience severe pain.” Remarkably, these estimates are for a single tank with a 150 ton capacity, less than one-hundredth of the total capacity of the Puthuvypeen Terminal.


The threat zone of Indian Oil’s Udayamperoor LPG storage facility, overlaid on a Google Earth map. From a study by Cochin University of Science and Technology.
In the scale and level of impact it predicts, the CUSAT assessment broadly matches the estimate made by Dhara, who warns, “They can forget about containing it within the boundary wall; they should be talking about a vulnerable zone in terms of kilometres, not metres.”

To illustrate the gravity of what’s at stake, Dhara cites the example of the September 1997 Vishakhapatnam disaster, an accident he has studied for the Andhra Pradesh Pollution Control Board. The worst-ever LPG-related disaster in Indian history, it claimed more than 80 lives after an explosion ripped through Hindustan Petroleum’s port-based import storage terminal, a facility similar to Puthuvypeen.

A news report quoted eyewitnesses, one of whom said, “the impact of the blast was so great that the refinery’s administrative building, its canteen and some other buildings came crashing down like a pack of cards.” According one industry expert, “Even an earthquake measuring eight on the Richter scale might not have caused so much damage.”

“The storage capacity of the facility was 400 tons (nearly one-fortieth of the Puthuvypeen Terminal), and the most vulnerable zone was a 1 km radius, where there was 100% mortality. We found that there was partial damage to buildings etc as far as 3.5 kms away,” Dhara says. Importantly, his study showed that “The fatalities would have been ten times more had the incident not happened on a Sunday morning, when staff presence was at its minimum. On a working day, the admin building alone would have had 300 people in it.”

Dhara has a stark view of why industrial accidents keep happening with alarming regularity in India (it’s only weeks ago that an explosion at NTPC’s Rae Bareli plant left 32 dead and a 100 more injured), “In India, life is so cheap that we simply do not consider the risk to populations while planning projects, which adds to the project cost. People have to die every time for us to change our approach even slightly. And it’s always the poor who does.”

However, safety is not the only factor that makes Puthuvypeen a questionable proposition. What compounds the risk factor manifold is the island’s unique geography and infrastructure.

A planned disaster
Puthuvypeen got linked to the city just over a decade ago, by the ‘Goshree’ bridge, which connects to the southern tip of the island. As the single point of road connectivity to Kochi, the bridge is literally Puthuvypeen’s lifeline. But, it’s highly likely that it would be out of bounds for residents fleeing the area in the event of an accident, because all three high-risk facilities in the SEZ fall in the same direction as the Goshree, and would fall in the most vulnerable zone.

However, even in the unlikely scenario of the bridge being accessible, the Goshree may still be a non-option. Sunil Joseph, a resident, recalls what happened on December 26, 2004, when the tsunami hit Puthuvypeen. “All of us rushed to the Goshree bridge. But when we reached the bridge, we found it was completely jammed with vehicles escaping from the area. We didn’t want to get stuck, so we turned back, and headed towards the Cherai bridge instead.”


Google map image showing the layout of Vypeen island, and the two bridges connecting it to mainland, which are nearly 20 kms apart.
Given the ribbon-like layout of Vypeen (the island is 27 kms long and up to 2.5 kms wide), the next closest exit point – the bridge at Cherai that Sunil refers to – is a good 20 kms away, and in the opposite direction. What this implies is that, in the event of an emergency, both the residents trying to escape the vulnerable zone – as well as any firefighting, rescue or medical teams trying to get to it – will be forced to negotiate a narrow, poorly maintained village road to the north of Puthuvypeen, and the old bridge at Cherai that connects to the mainland. It would mean a 40 km round trip to the city of Kochi, which is just 5-6 kms away via the Goshree.

The conclusion is stark: In the event of a major accident, unlike any other hazardous site, Puthuvypeen will be like a sealed box with only one way in and out: quite literally, a deathtrap. Yet, these highly probable scenarios do not even figure in the company’s or the port’s disaster management plan. Instead, the documents make confident assertions about emergency operations carried out through ‘multiple modes of transport.’
Mohamed Nisai, a Vypeen native who spent several years in the Persian Gulf region as a safety manager in the petrochemical industry, raises some related concerns. “Plant safety itself is only one aspect; it’s also the unique nature of the location and the emergency response it can support that determine the risk posed by any such facility. How can a place that is virtually inaccessible support large-scale emergency response? On every count, this location is unsuitable,” he says.

He goes on to describe what an emergency scenario would be like in Puthuvypeen: “Imagine an accident that happens at night. The alarm rings, and thousands of people have just been startled awake. They are frightened, but expected to follow safety instructions. They can’t switch on the lights because it will ignite the gas, which they cannot see or smell. They have to flee the area instantly, but cannot use any vehicles; again because the ignition would lead to an explosion. Nor can they simply get out and run; they must first ascertain the wind direction, else it can be deadly. How realistic is it to expect people in panic to do things by the book? Locating the project here is a recipe for disaster.”

Questioning the government experts
The three-member expert panel tasked by the government to look into the Puthuvypeen issue, has made 15 recommendations in its report, now with the government. Of these, only one directly addresses the question of population vulnerability. When The Wire asked N. Purnachandra Rao, director, National Centre for Earth Science Studies, and the head of the panel, about this, he said, “We did find that a part of the vulnerable area was inhabited and has recommended some steps, if necessary including rehabilitation of the residents in that area.”

This draws a sharp retort from Maglin of the people’s council: “If the panel’s purpose was to address our concerns, then it should have concentrated on the risk to people’s lives. After all, this is our primary concern, not whether the company has violated this rule or that. Instead, their recommendation is to evict people from here, and move them to ‘better housing’ at the company’s cost!”

Comprising of two coastal scientists and a town planner, the panel clearly lacked the expertise to consider the question of population vulnerability. When asked about this, Rao said, “The panel members did not make recommendations by themselves – we have consulted several experts before coming up with them.” But Maglin rejects this, saying, “If the panel did not have the required expertise, then it should have been expanded to include such experts. In any case, who were the people they consulted? Let them name names, for their own credibility.”

She explains further, “This is a unique place with a fragile ecosystem, which the local people depend on for livelihood. From the start, our fight has been to protect its integrity. But, the panel’s report does not see it this way at all. For them, the project is the primary reality, even if it hasn’t been built, not the people who are actually living in the area, and the natural environment they depend on. It seems to us the very purpose of the panel was to push through the project with some cosmetic changes. So, we have no choice but to reject this report.”

‘Safe from the vagaries of the sea’
Indian Oil is presently facing a lawsuit for violating coastal norms, after two residents, K.U. Radhakrishnan and K.S. Murali, filed a petition before the Chennai bench of the National Green Tribunal. The company claims that their project does not violate any norms, and is located 50 metres from the High Tide Line (HTL), or the highest watermark. Given these claims, it comes as a shock when a visit to the site shows the project’s sea-facing wall jutting out into the water, with the waves crashing against it.
Photographs taken by residents show that things are much worse during the rough monsoon months. At this time the water enters the site by passing under the wall, where the sand has eroded, leaving the pillars exposed. The residents attribute the area’s accelerating erosion to the deepening of the Port’s shipping channel, and the constant dredging this requires.


Left: Seawater inside the project site. Right: The sidewall of the project, which the company claims is located 50 m from the High Tide Line.
To its credit, the government-appointed panel confirmed the company’s violation of coastal regulation norms, euphemistically referring to it as “a mismatch in the distance from the HTL to the project site”.  However, the company did not answer The Wire’s pointed query on this ‘mismatch’, and instead sent portions of a technical document on the project. The relevant bit reads thus: “The foundation of the vessels is designed to withstand seismic shocks as per requirements. Hence, it is safe from tsunami, earthquakes and vagaries of the sea.”

Another expert committee, a ‘people’s panel’ headed by V.S. Vijayan, a former chairperson of the state’s Biodiversity Board, has some alarming news for the project. “We found that the sea has come in up to 40 metres in the last eight years in Puthuvypeen. This implies the water could advance another 40 metres or more in the next eight years; which puts a question mark on the future of the project and the SEZ.” Vijayan told The Wire. The panel ascertained this by comparing satellite data from 2009, recorded in the company’s original project documents, with the present. The people’s panel also found traces of sea algae up to 35 metres on the project’s southern sidewall – widely at variance with the company’s claim that the site is located 50 m from high watermark.

The company, on its part, has always reassured those who have pointed to their crumbling project site by referring to a project report prepared by IIT Madras, which recommends building a Rs 15 crore seawall, using the ‘latest technology’ to ensure the terminal’s safety. But, doesn’t the need to build such expensive fortifications itself show that the site is not suitable? Again, the company has no answer.

The last word on the matter must go to Jacob George, former harbour master of the port, the owner of the SEZ: “There’s no doubt that dredging for the shipping channel has affected the adjacent coast. This not only makes Puthuvypeen a bad choice of site for the SEZ, its costs are bound to outrun the benefits in the long run. If you have money to waste, you can do anything – you could even build a channel to take ships to Delhi. But, would it be worth the trouble?”

Every trick in the book
The island of Vypeen is part of the fragile Vembanad wetland ecosystem, home to the longest lake in India and an area under intense developmental pressure post Kerala’s tourism and real estate boom. In Puthuvypeen, the Cochin port’s SEZ has almost swallowed whole the mangrove forests and the beachfront; all 6 kms of it. The exception is a tiny (180 m wide) stretch it has left open as a ‘fishermen’s corridor’. Once a popular getaway for couples from the city, and the venue for the village carnival, the ‘beach’ now plays host to a new kind of visitor: armed Central Industrial Security Force (CISF) guards patrolling the SEZ boundaries.

Murali, convener of the people’s council, explains how severely the SEZ has disrupted livelihoods: “Fishermen living along the entire 6 km stretch must now come to the ‘corridor’ to go to work. Since they cannot keep their boats here, these are brought in and out on trolleys. They also face constant harassment from the CISF guards on patrol. Incidentally, the corridor is still owned by the port, and they could shut it anytime.”

Skirmishes with the CISF personnel have become a part of the daily routine for Puthuvypeen’s fishermen. One of them, who prefers to be anonymous, told The Wire, “The guards keep holding us up for no reason. People have been held hostage for hours, even forced to strip at gunpoint and stand in the sun. They humiliate us for no reason.”
According to Murali, such incidents go unreported because the fishermen depend on their daily earnings, and can’t afford the expense or the hassle of court cases. “Besides, they have to go back to the same area to earn their living. In fact, many of them have now left the trade, and work as wage labourers in the city or in the SEZ itself. They have no choice but to work for the very projects that destroyed their livelihoods.”

Contract workers employed in the SEZ are required to get a ‘clearance card’ from the local police station, certifying that they face no criminal charges. Some residents allege the police has been using this rule to deny work permits to those who participated in the protests.

The women far outnumber the men in the residents’ agitation against the project. Many of those shown in the picture were injured during police actions against the protestors.
The women far outnumber the men in the residents’ agitation against the project. Many of those shown in the picture were injured during police actions against the protestors.
In 2010, when the port had initiated work on the SEZ site, Reema Narendran, a journalist on a fellowship to study the area, reported on the ghostly sight she encountered in the area: “It is a scene of absolute destruction. Acres and acres of tree stumps that look as if ravaged by a massive fire.” The report, worth reading in full, traces how the mangroves were poisoned with high concentrations of a herbicide to effect a slow death; a diabolic environmental crime that literally helped pave the way for the SEZ.

Using the ‘ecosystem services’ concept, Vijayan’s panel has calculated in monetary terms the ecological losses resulting from the destruction of the wetlands. “We estimate that losses from the SEZ development – including its impact on livelihoods – amount to Rs 198 crore per annum, of which Rs 19 crore would be from the Indian Oil site alone,” he told The Wire.

Looking ahead
At the moment, the Left front-led state government headed by Pinarayi Vijayan, is sitting on a fresh set of reports on the Puthuvypeen project – including one by the expert panel it appointed. If the chief minister decides to back the project, he can support his case with any number of reports and studies prepared by an entire army of experts, almost none of whom would be held accountable if things turn out different.

The government, which came to power in 2016, has shown itself to be an enthusiastic champion of big ticket projects, many of which are facing stiff resistance on the ground. But, in every single case – be it Adani’s mega port project in Vizhinjam, GAIL’s cross-country pipeline, or one of the state’s many grand highway projects – Vijayan has consistently taken a hard, ‘pro-development’ line.

In this, the government’s policies and Vijayan’s persona increasingly resemble their foremost political and ideological opponent, the Bharatiya Janata Party-led Central government under Narendra Modi. Recently, Vijayan even got dragged into an  almost comical tug-of-war with BJP national president Amit Shah over who was the bigger champion of ‘vikas’ – Shah’s party, or his own.

The question remains: will a ‘people’s government’ address the fears of the public and prevent a violation of its own laws – and common sense? Or would it rather use the project as an image-building exercise, an opportunity to score a political point over its rivals? Either way, the people of Puthuvypeen are not exactly waiting for an answer; they are getting ready to intensify their protest.

Friday, June 20, 2014

1454. Fossil Fuels: Deeper, Costlier and Dirtier

By Gabriel Levy, People and Nature, June 20, 2014
BP Deep Water Horizon platform in Gulf of Mexico exploded on April 20, 2010


Humanity’s problem is not that it will use up all the coal, oil and gas. That could not happen for hundreds of years. But, already, the easy-to-get-at resources are running out. Oil and gas companies are going further, drilling deeper, and using more and more complex technologies to eke out resources, than ever before.

And long before these fuels are exhausted, the world’s economies will have burned the amount that – according to climate scientists – can be used without potentially triggering uncontrollable global warming.

These are some of the conclusions of a report published yesterday by Corporate Watch, To The Ends Of The Earth. It explains the drivers behind the “unconventional fuels” boom, what those fuels are, and why there is a groundswell of opposition to them by communities and environmentalists.

The report questions the idea of “peak oil”, i.e. that oil production would reach a maximum, and then decline, causing “the imminent collapse of modern civilization”.
The stock of conventional oil and gas reserves – that is, those that it is economically feasible to produce, using conventional drilling techniques – may indeed be peaking, it argues. But rather than this causing “global economic and social collapse”, it is driving the oil producers to access new resources that were previously considered too expensive, or too difficult to make use of.

“As oil and gas reserves begin to run low, energy prices rise, and this, along with enormous power held by fossil fuel companies, means that new, more extreme methods of production are being found to sustain our society’s addiction to fossil fuels”, the report says (p. 8). Governments’ preference for reducing their dependence on imported energy is also a factor driving “unconventional” oil and gas.

The report explains how the definition of “unconventional” fossil fuels changes over time. It applies to resources that require more extreme methods to produce, such as tar sands and shale oil and gas. But as the methods are developed and made more cost-effective, they become “conventional”.

For example, offshore deep-water oil deposits – such as those that were being produced by BP’s Deep Water Horizon rig when it exploded in the Gulf of Mexico in 2010 – used to be regarded as “unconventional”, but are now drilled routinely.

In the Caspian Sea, BP and its partner companies are exploring oil and gas fields that are not only under a kilometre of water and several kilometres of rock, but are also held in by pressures greater than that of any hydrocarbons ever produced.

“Unconventional” fossil fuels tend to have a greater environmental impact, as they are more spread out geographically. And they have a lower Energy Return on Investment (EROI) ratio – that is, you have to put in more energy just to get fuels containing the same amount of energy out.

“Unconventional fossil fuels generally have lower EROI values than conventional ones”, the report points out (p. 10). “However, EROI values for conventioanl fossil fuels are also going down, as the deposits that are easiest to exploit are being used up and production moves to greater depths and more extreme environments.

“Moving towards lower EROI energy sources means committing a larger proportion of the economy to producing energy. A worrying consequence is that this will likely further increase the already enormous power held by the fossil fuel companies.”

A sobering graphic (p. 15) compares the carbon content of the total stock of fossil fuels already burned, of reserves (i.e. coal, oil and gas estimated to be recoverable as the economics stand), and of technically recoverable resources. It’s worth repeating the numbers:

The “safe emissions limit” is the amount of carbon that could safely be burned from now, in order to limit further global warming to one degree centigrade, the level deemed acceptable by a group of scientists headed by James Hansen, one of the world’s pioneer climate researchers (reported here).

In the chart, the “maximum possible carbon capture and storage” number reflects researchers’ estimates of the maximum possible carbon that could be sequestered (i.e. effectively buried, to prevent it going into the atmosphere) by 2050, if carbon capture and storage technology – which is still under development – is successfully made use of.

What this graphic shows particularly clearly is that most conventional fossil fuel reserves – let alone the vast stock of technically recoverable resources, including “unconventional” ones – need to be left in the ground, if humanity is to be assured of avoiding dangerous climate change.

Corporate Watch’s report contains a series of fact sheets explaining what each of the most significant “unconventional” fossil fuels are, and what sort of campaigns have been waged over their extraction. The topics covered are: shale gas (tight gas); tar sands; coal bed methane; underground coal gasification; oil shale; shale oil (tight oil); coal and gas to liquids; methane hydrates; other unconventional fossil fuels; and carbon capture and storage. Download it here! 

Monday, March 10, 2014

1347. People and Nature: Working Out a Socialist Approach

By Gabriel Levy, People and NatureSeptember 2011 

Capitalism is producing not only financial and economic crisis (the Wall Street meltdown of 2008 and the recession), and political crisis (e.g. in the Middle East) but also what is usually called “environmental crisis”. Untrammelled oil production, a central feature of capitalism for a century, has produced a threat of global warming that the international political elite considers gravely dangerous … but has proved, at the Copenhagen climate conference in 2009, that it couldn’t even begin to solve. Now discussion in that elite and among its academic advisers is shifting away from any attempt to minimise the use of fossil fuels (the main cause of global warming) towards “adaptation” (i.e. how to reduce the impact of global warming on its economy, while working class people bear the burden) … anything to preserve capitalism and its economy.
Under these circumstances, socialism and/or communism seem in many respects to be natural partners with environmentalism. (I consider the meanings of “socialism” and “communism” interchangeable; I say what I mean by them in section 1 below.) In some places the potential for socialist-environmentalist partnership is obvious – such as the Niger Delta in Nigeria, where oil companies poison the water supply needed for life and trash communities’ social structures. Where it is not obvious, socialists e.g. form “class struggle blocs” in campaigns against power station or airport construction, form “social ecologist” blocs in trade unions … or just rebrand themselves “ecosocialists”, “eco-anarchists”, etc. But there are assumptions embraced by many, perhaps most, environmentalists that are diametrically opposed to communist ideas – in particular, the assumption that the fundamental problem is people, and especially the increasing numbers of people.[1] In my view, such contradictions can not be solved at the level of activity, politics or political alliances. Nor can they be solved by communists declaring themselves to be environmentalists: the word means so many things as to be almost meaningless.[2] The issues need to be addressed firstly at the theoretical level. This does not mean stopping all activity and politics; it does mean thinking about issues concerning people’s relationship with nature, and with each other.
I have written these notes to suggest outlines of an approach to the issues. The sections deal with (1) the movement to communism; (2) the character of alienation; (3) the way that the people/nature relationship and the labour process have changed in the 20th century; (4) sustainability and limits on natural resources; (5) overcoming alienation; (6) what abundance means; and (7) the communist programme. At the end are some suggestions about where future research and discussion might go, and my email address in case you want to respond.
1. The movement to communism
No discussion about the communist approach to the people/nature relationship will get far without some clarity about what “communism” means. To my understanding, communism is a movement that abolishes private property and the state, and in so doing supercedes the alienated relationships dominant in capitalism. By “alienated relationships” I mean not only the relationship of capital and labour – in which the product of workers’ labour is appropriated (alienated) from them – but relationships between people in a broader sense, and the relationship between people and nature.   
If communism is understood (as it is by many people) in a narrower way, as a political movement by means of which the working class overthrows the capitalist state and replaces it with its “own” state, then its view of the people/nature relationship is likely to be correspondingly narrow and political. It might focus e.g. on political measures that workers’ parties might advocate, and such a future “workers’ state” might implement, to address environmental problems. In my view, the prospect of “communism” arriving via a successful seizure of political power by a “workers’ state” is far slimmer than the prospect of the deeper-going transformation I have mentioned.
The seeds, or potential, of the movement to communism are here in the present, but its culmination can only be in the future. I think we need to pose questions about how the people/nature relationship is changing and will change in future, in the course of that movement … or if that movement doesn’t happen, or fails. The history of the people/nature relationship should be viewed from this standpoint.

2. The character of alienation
Most communists in the 20th century probably saw themselves as fighting, in the first place, to put an end to class exploitation and the private property in the means of production that underpinned it. Communists won influence in the mass workers’ movements and in 1917 came to government for the first time in the Russian “workers’ state”. As a result, communism – including Trotskyism, left communism and other trends that rejected the horrors of Stalinism and Maoism – became, more than anything, a type of politics. In my view it is necessary in the 21st century to develop (or return to?) communist ideas that break out of the confines of politics, and think in terms of a deeper-going transformation. I will try to explain what I mean, starting with the idea of alienation, and the related idea of the movement from necessity to freedom.
When Marx and Engels became communists, the people/nature relationship was at the centre of their view of alienation. Their analysis started with the social relation between people (capital), moved on to labour (the form in which people take from nature the means of subsistence), and then to the people/nature relationship. They clearly stuck with such conceptions all their lives, and, in Marx’s case, particularly in writing Capital.
In 1844 Marx wrote in the Economic and Philosophical Manuscripts about “the objectification of the worker” and the estrangement (i.e. alienation) of his product. He started by stating that labour is itself an act of interchange with external nature: “The worker can create nothing without nature, without the sensuous external world. It is the material on which his labour is realised, in which it is active, from which and by means of which it produces”.[3] He then discussed the alienation of the products of labour from the worker, and sketched a critique of political economy, which “conceals the estrangement inherent in the nature of labour”. But then, he wrote, there is another aspect of estrangement to consider: “The estrangement is manifested not only in the result but in the act of production, within the producing activity itself. [...] If the product of labour is alienation, production itself must be active alienation, the alienation of activity, the activity of alienation.” Further on he concluded that labour, by alienating people from nature and from themselves, dehumanises them: “In estranging from man (1) nature, and (2) himself, his own active functions, his life activity, estranged labour estranges the species from man.”[4]
The people/nature relationship was also central to Marx’s understanding of the movement to communism. In the section of the manuscripts discussing communist ideas, Marx listed: first, forms of “crude communism” as some type of universal private property; second, communism that is “still political in nature – democratic or despotic”, “with the abolition of the state, yet still incomplete, and being still affected by private property”; and, third,  “communism as the positive transcendence of private property as human self-estrangement, [...] as the complete return of man to himself as a social (i.e. human) being”. This third type of communism, of which he obviously approved, is communism “as fully developed naturalism, equals humanism, and as fully developed humanism equals naturalism; it is the genuine resolution of the conflict between man and nature and between man and man.”[5]
This idea of labour as an interaction between people and nature remained central in Capital. In his discussion of the production of surplus value (Capital, vol. 1, part III), Marx preceded his analysis of labour under capitalist conditions with some general points about labour. He described it as “a process in which both man and nature participate, and in which man of his own accord starts, regulates and controls the material reactions between himself and nature”. In a lengthy discussion of the labour process, he defined the “elementary factors” of it as (1) “the personal activity of man, i.e. work itself”, (2) “the subject of that work” and (3) its instruments. The soil, water, and other natural resources are the subjects of labour, while instruments of labour are tools and machines. He wrote many pages describing this process, in which “nature’s material [is] adapted by a change of form to the wants of man”.[6] 
The fact that Marx thought in this way about the people/nature relationship does not, of course, mean that anyone should do so 150 years later. But I think that returning to this aspect of communism, and pulling aside more political ideas that have been built upon it (or buried it?), is a good way to understand what are usually referred to as “environmental” problems. If we accept not only that the products of labour are alienated under capitalist ownership of the means of production, but also that the labour process itself alienates people from their own nature, from each other, and from external nature, then “environmental” problems caused by humans can be understood, in the first place, as the results of the labour process as conducted under capitalism, labour which is “estranging from man (1) nature, and (2) himself”.
Putting it another way: labour (human interaction with nature, to provide the means of subsistence and the basis for culture), has been deformed, i.e. turned into alienated labour, through a succession of hierarchical societies, of which capitalism is the latest. This has also deformed relationships between human beings (which are increasingly conducted as the relationship of things, exchangeable commodities) and the relationship between humans and nature (which is conducted not in a human way, but according to the dehumanised logic of production and exchange under capitalism). The labour process under capitalism at one and the same time forces people to engage in tasks that bear no relation whatever to their human needs, in exchange for wages, and also causes e.g. excessive greenhouse gas emissions, deforestation, or ruination of fresh water systems.
It is a commonplace that damage to the environment is caused by human activity. I would argue that such a statement conceals the main point: damage to the environment is caused in the first place by dehumanised activity, i.e. alienated activity carried out under a succession of hierarchical and increasingly alienated social relations, of which capitalism is the culmination. This is not a semantic argument. Unless the deformation of the people/nature relationship is understood this way, then people – instead of the dehumanised social relationships under which people live and work – will be seen as the problem. The only realistic way to address the rupture of the people/nature relationship is in the movement towards communism, i.e. the movement to overcome alienation.  

3. What happened in the 20th century
Ask any communist about the most important events of the 20th century, and s/he might talk about political, social and economic events: the Russian and other revolutions and the resulting obstacles to, or interruptions of, the law of value; the two world wars; the post-war boom, the 1970s turning point and subsequent crises; “financialisation” and “globalisation”. Here I draw attention to gigantic changes in the labour process at the level of the interaction with nature, i.e. the way in which labour works upon the natural “subjects of labour” under the given social conditions. Two especially important changes were:
1. Industrial-scale production and use of energy, i.e. the invention and mass production of electricity; of power stations to produce electricity and the use of gas turbines in these power stations and in industry; and of motor cars. Between 1900 and 2000, there was a 15-fold increase in the amount of energy generated by hydrocarbon fuels, much greater than the four-fold increase in global population in the same period.[7] 
2. The “second agricultural revolution”, distinguished by the industrial approach to farming and the widespread use of chemical fertilisers, leading to unprecedented levels of productivity and of food production.[8]
These changes were in turn crucial to the development of new branches of industry, of motor transport, of different types of cities (with skyscrapers as well as slums) – and, of course, the industrial-scale production and use of weapons of destruction (tanks, machine guns, aerial bombardment, and chemical, biological and nuclear warfare), which made it easier for wars and dictatorships to kill millions of people, instead of just tens or hundreds of thousands. Towards the end of the 20th century came the technological and communications revolution made possible by electronics, semiconductors and mass-produced computers. Furthermore, these changes gave rise to the greatest ever acceleration in world population growth. (As far as I understand it, such accelerations very often follow big technological improvements in agriculture, which in turn lead to the wider availability of cheap food.)
I believe that we need to rethink the history of capitalism in the 20th century, paying closer attention to these titanic shifts in the people/nature relationship. Some key points, arising from the changes mentioned above, are:
■ The increase in the use of energy, particularly energy generated by hydrocarbon fuels, has been the single largest contributor to anthropogenic global warming, the single most obviously unsustainable human impact on the ecosystem.  
■ The development of industrial agriculture (i) resulted in a massive increase in agricultural productivity, which in turn pushed significant population increases; (ii) bankrupted small farmers, and proletarianised the rural population, driving people off the land (as smallholders) or out of the countryside entirely, particularly in Asia, on a scale that overshadowed the same process in 18th and 19th century Europe; and (iii) was the main factor creating the imbalance of the nitrogen cycle (a way in which the capitalist economy is transgressing natural limits (see below, section 4)); and (iv) contributed via fuel consumption to climate change, via deforestation to biodiversity loss, and to pressure on water resources (i.e. to other transgressions, or potential transgressions, of natural limits). At the same time, new imperialist relations were established in the world food trade, with land effectively expropriated from small farmers in the global south used to grow animal feed to support meat consumption in the richest countries.[9]
The result is that we arrived in the 21st century facing a gigantic series of ruptures in the people/nature relationship. As I argued above, these ruptures should be understood as the results not of human activity per se but of dehumanised, alienated activity (the labour process under capitalism). What appears as “environmental crises” is essentially the ruination caused by this labour process. It not only chews up and spits out hundreds of millions of people, violently urbanising and remaking social relations on an unprecedented scale, it also chews up and spits out natural resources unsustainably.
There is nothing new or unique about the unsustainable use of resources. Humans interacting with nature, in a succession of sets of social relations, frequently came up against the limits of natural resources on a local basis (e.g. by excessive hunting, deforestation, or excessive diversion of fresh water from rivers). There are many instances where, by their own actions, people exhausted local resources beyond the point at which they could adapt (given the prevalent social relations and level of technology). The result was that humans dispersed from, or died out at, a particular location. One well-known example is the Mayan civilization in central America: anthropologists consider that important reasons for its collapse included unsustainable use of freshwater resources, deforestation and a deterioration of soil quality due to agricultural intensification that the hierarchy failed to deal with.[10] What is new and unique about the late 20th century is that the people/nature relationship began to be deformed on a truly global scale.
The expansion of the capitalist economy in the late 20th century has, while producing these ruptures in the people/nature relationship, at the same time transformed the working class and other oppressed classes. While socialist writers have rightly paid attention to the high level of urbanisation (the urban population grew to more than 50% of the whole some time in the first decade of this century), there seems to have been less consideration of the equally important emergence of a gigantic rural class of wage-workers, semi-peasants and temporary migrants to urban areas, numbering many hundreds of millions. An argument has been put forward that the distinction between workers and peasants, around which so much Marxist political thought in the 20th century revolved, has been qualitatively transformed and to a large extent left behind by history.[11] This is surely an important theoretical issue to be considered.
A related issue is that of the demographic changes. The post-war economic boom and the “second agricultural revolution” led to a sharp increase in population, particularly in developing countries. In the last 20 years there followed a further burst of population growth (partly because the larger contingent of women born during the 1960s-1980s grew to child-bearing age), and the rapid expansion of the young population of developing countries. However there is now a further significant trend, which to my knowledge has not received much comment from Marxist writers: a steep fall in fertility rates (i.e. the number of births per woman) not only in rich countries, where this has been going on for some time, but across the developing world too. As far as I understand it, the reasons for this probably include (i) urbanisation (e.g. millions of young Chinese women quitting their villages for newly industrialised areas, instead of staying put and giving birth); (ii) changes in agricultural technology (the increase in yield per hectare e.g. in India means that many farmers can maintain output with less labour power, reducing the incentive to have large families); and (iii) perhaps most significantly, the widespread availability of cheap contraception has given young women the ability to exercise greater control over their fertility, i.e. the woman’s right to choose.[12] The demographic consequence is that the world population is expected to peak in 2040, but perhaps the political consequences – springing from deep-going changes in the way that women participate in working-class life – will be more profound. Is this an intimation of what might happen to population trends in a communist society – i.e. where people have greater, and increasing, control over their personal destiny? Is it to do with other changes in family structure and the life lived by urban and rural workers? A combination? It is hard to think of more pressing questions for communists to consider.
4. Sustainability
A communist view of the people/nature relationship must include a concept of sustainability, i.e. the recognition that human activity, including economic activity, is carried out within certain natural limits. The problem with perceiving those natural limits, and knowing where they are, is that for a long time – at least since the beginning of settled agriculture 8-9000 years ago – people have carried out their economic activity predominantly in the framework of alienated social relations. All that history tells us is the points at which groups of humans living in those sets of social relations, and at specific levels of technological development, have come up against the natural limits. The way in which free humans, freely-associating producers, would cope with these limits is something that we can only imagine.
An overview of where the absolute natural limits are has been sketched by researchers at the Stockholm Environment Institute. They aimed to “define planetary boundaries within which we expect that humanity can operate safely”, and to estimate whether, and to what extent, such boundaries are being breached. They proposed nine boundaries: (a) seven for which they proposed limits: climate change; ocean acidification; stratospheric ozone; nitrogen cycle and phosphorus cycle; freshwater use; and biodiversity loss rate, and (b) two for which they did not determine limits: chemical pollution and aerosol loading. The researchers concluded: “We estimate that humanity has already transgressed three planetary boundaries: for climate change, rate of biodiversity loss, and changes to the global nitrogen cycle. Planetary boundaries are interdependent.”[13] (There are of course numerous subjective judgements, e.g. about what it means to “operate safely”, made in keeping with scientific research practices.)
Previous ruptures of the people/nature relationship led e.g. to species of edible animal being driven from regions, freshwater resources and/or land being overexploited to the point where they could not be used, or urban environments being polluted to the extent that life and health was endangered. The Stockholm researchers have argued that economic activities are already, on a global scale, unsustainably (i) threatening long-term and uncontrollable changes in the ecology, and in particular, excessive warming of the atmosphere (mainly due to fossil fuel consumption) leading to sea level rise and unmanageable change in farming conditions; (ii) disrupting the nitrogen cycle (i.e. large-scale use of fixation and use of nitrogen for fertilisers, and other industrial processes, resulting in e.g. soil acidification, eutrophication of water systems, etc), with long-term consequences for ecosystems and for agriculture; and (iii) accelerating biodiversity loss, with many complex consequences. Apart from these global effects, it is well documented that some natural resources, e.g. fresh water, are being consumed, in a sufficiently unequal manner and on a sufficient scale, as to create shortages internationally. In recognition of the impact of human activity on earth systems (i.e. the atmosphere, hydrosphere and pedosphere (soil), etc), geologists have argued for the classification of the present as the “anthropocene” epoch, as distinct from the holocene.[14]
Of course ruling capitalist elites are aware of the unsustainability of the economy. In the past they have used regulation to phase out processes by which the economy damaged itself, such as air pollution. They even had some success on an international scale, with the reduction in the 1990s in the emission of chlorofluorocarbons (CFCs) that damaged the ozone layer of the atmosphere. The danger of global warming, resulting from excessive hydrocarbon fuel use, is a much more difficult problem, as it concerns the oil and coal industries that are so central to capitalist economy. The more far-sighted in the elite are arguing for the use of market mechanisms to reduce greenhouse gas emissions (carbon taxes, etc), but this needs to be undertaken internationally to be successful, and the failure of the Copenhagen climate summit shows how difficult that is. There, narrow national interests prevailed.
In some discussions on the left, reference to the natural limits mentioned elicits accusations of “Malthusianism”.[15] In my view this betrays a misunderstanding of Malthusianism. In brief summary, Thomas Malthus argued (i) that population increased geometrically while agricultural production increased only in a linear fashion (which turned out to be wrong: he had underestimated the potential of farming technology); (ii) that population growth, rather than capitalist social relations, was the cause of poverty; and (iii) that the state should not take measures to keep alive those impoverished by changes in the capitalist economy – which was the essential political point. Marx’s argument against Malthus was centred, first, on the idea that “surplus population” had to be understood within the specific historical context, i.e. this population was surplus to the capitalist economy, not surplus in any other sense,[16] and, second, on an assault on his reactionary politics.
The argument that population growth is the cause of famine is just as reactionary now as it was in Malthus’s time. Modern day Malthusians take the social relations of capitalism as an unchangeable given, and attribute the pressure on natural resources to population growth alone. They are wrong, firstly, for the reason that Malthus was wrong: population grows not in a vacuum, but in a given set of social relations. They are also wrong, as he was, about the ability of agriculture to feed the population. UN agencies say that “the volume of food produced can not explain the persistence of hunger and undernourishment. [...] the volume of food produced is more than one and a half times what is needed to provide every person on earth with a nutritious diet”[17]. As for the growing population in the next 30-40 years, the Institution of Mechanical Engineers recently stated that the problems of feeding people “can often be solved using technologies that are either available today or are relatively close to being proven. [...] It is evident that the barriers to deploying solutions are not technological. The issue is often one of implementation.”[18] The Institute calls on “society and political leaders” to act – that is, it recognises that the barriers to feeding people have to do with politics, economics and institutions, not with the natural limits.
And yet, while there is enough food, the numbers living with severe food shortages have grown, surpassing 1 billion in 2009 and estimated at 925 million in 2010.[19] The phenomenon observed with horror by socialists in 19th-century Ireland, and analysed by Amartya Sen with respect to mid-20th-century Asian and African famines, persists: people die because of the way wealth is distributed, even when there is sufficient food supply. “The people starve from sheer abundance” (Engels).[20] And starvation exists side by side with over-eating in the rich countries. The 900-1000 million undernourished people are substantially outnumbered by 1600 million overweight people, of which 400 million suffer from obesity. The World Health Organisation projects that by 2015 there will be 2300 million overweight people, including 700 million who suffer from obesity. A recent OECD report described obesity in the rich countries as “one of the largest epidemics in the history of mankind”.[21] The impoverished lives of obesity sufferers can in no way be compared to the horrible torture of undernourishment and starvation, but these first-world consumers must also be regarded as victims of the insanity of food distribution by the capitalist market. It simultaneously deprives hundreds of millions of the food they need to survive, while profiting from ramming down the throats of others unbalanced, unhealthy diets.
People interact with nature mainly through these obscenely distorted social relationships – inevitably, since most of the world population is now drawn into, and dependent upon, the capitalist market. Nevertheless, this interaction still takes place within the natural limits identified by the Stockholm researchers and other earth scientists. Rejecting Malthusianism, and recognising that the natural resources and the technology currently available could feed the world population comfortably, does not alter the natural limits within which humanity has to operate. Indeed it is the very same processes of production and consumption – under alienated capitalist social relations, via the relentless drive to expand energy-intensive industries and industrial agriculture, not to fulfil human needs but for profit – that give rise both to famine amid plenty, to starvation alongside obesity, and to the transgression of natural limits.
The challenge is to develop an understanding of how these processes work, both under capitalism and in the societies that preceded it. The difficulty in doing so is that, in the 8-9000 year period since the introduction of sedentary agriculture, the forces of production  have combined in the production process predominantly through social relations of production that were alienated, and became more alienated over time. (By “forces of production”, I mean human labour, the natural subjects of labour and the instruments of labour (i.e. tools, machines etc) with which humans work on natural subjects.)
We can not artificially disentangle the history of productive processes, or technology, or population growth, from the social relations under which they developed; we can not plot in the abstract how people would have interacted with nature had they done it humanly, as opposed to through alienated social relations. We can strain our imaginations and try to guess how it might have been – how would agriculture have developed without the division between town and country? how would engineering have developed without war? how would the global south have developed without colonisation? etc – but that will probably not get us very far. Much more practical is to try to understand better how the succession of hierarchical societies, up to and including capitalism, deformed and distorted people’s relationship with nature and with each other. Such a study might better inform us about the movement towards communism, i.e. a movement that will overthrow the labour process, transform it into the creative activity of associations of free and equal producers for whom it will be only natural to engage with nature sustainably.
5. Overcoming alienation
In section 2 above, I argued that the only realistic way to address the rupture of the people/nature relationship is in the movement towards communism, i.e. the movement to overcome alienation. From the standpoint of Marx, Engels and other 19th century communists, this movement was the form taken by the movement from the realm of necessity to the realm of freedom. Are such ideas, learned by Marx from earlier enlightenment philosophers and integrated into his theory, any use in the 21st century? I believe they are.
To summarise, Marx and Engels saw the movement from the realm of necessity (i.e. the sphere of labour to meet material needs) to the realm of freedom (i.e. of activities above and beyond meeting those needs, including all types of cultural development, creativity and enjoyment) as the outcome of historical development.[22] This is movement from merely eking out an existence to a more fulfilling way of living. Technology, which raised the productivity of labour and allowed necessities to be produced in fewer working hours, was seen as central. The big turning points in moving from necessity to freedom “so far”, Engels argued, were humans’ discovery of how to produce fire by friction, and the invention of the steam engine.[23] With readers’ indulgence I now quote Marx at some length.
[T]he realm of freedom actually begins only where labour which is determined by necessity and mundane considerations ceases; thus in the very nature of things it lies beyond the sphere of actual material production. Just as the savage must wrestle with Nature to satisfy his wants, to maintain and reproduce life, so must civilized man, and he must do so in all social formations and under all possible modes of production. With his development this realm of physical necessity expands as a result of his wants; but, at the same time, the forces of production which satisfy these wants also increase. Freedom in this field can only consist in socialised man, the associated producers, rationally regulating their interchange with Nature, bringing it under their common control, instead of being ruled by it as by the blind forces of Nature; and achieving this with the least expenditure of energy and under conditions most favourable to, and worthy of, their human nature. But it nonetheless still remains a realm of necessity. Beyond it begins that development of human energy which is an end in itself, the true realm of freedom, which, however, can blossom forth only with the realm of necessity as its basis. The shortening of the working day is its basic prerequisite.[24]
There are several things to note. First, Marx saw necessity as something determined historically, i.e. “physical necessity” expands. I take this to mean that what is considered “necessary” in the 21st century, e.g. types of clothing and habitation, or vaccinations against fatal diseases, was neither available nor thought necessary for much of human history. Second, Marx defines freedom as socialised people, i.e. people working together collectively, “rationally regulating their interchange with nature”. (To him this meant bringing nature “under their common control”. This sort of phrase that has long been quoted by some environmentalists to support claims that Marx was infatuated by the expansion of capitalist industry at the expense of humans’ ecological surroundings – although if one reads on in this and other passages of Capital it becomes clear that this is not the case.[25]) Third, Marx did not see the realms of necessity and freedom as polar opposites, nor did he believe that necessity will die out one day and freedom start the next. He envisaged a transition: freedom can “blossom forth only with the realm of necessity as its basis”. Fourth, time free of necessary labour is essential; there can be no freedom without the shortening of the working day.
One further quotation from Marx is justified – from the Critique of the Gotha Programme, in which he describes the transition from necessity to freedom as something that will happen in communist society: “In a more advanced phase of communist society, when the enslaving subjugation of individuals to the division of labour and thereby the antithesis between intellectual and physical labour, have disappeared; when labour is no longer just a means of keeping alive but has itself become a vital need; when the all-round development of individuals has also increased their productive powers and all the springs of cooperative wealth flow more abundantly – only then can society wholly cross the narrow horizon of bourgeois right and inscribe on its banner: from each according to his abilities, to each according to his needs!”[26] 
This vision of freedom was challenged by the anarchist Murray Bookchin, whose “social ecology” was one of the earliest attempts to integrate “environmental” questions into a communist view of social change. Bookchin argued that there is a self-created “first nature” and a human-influenced “second nature”; for Enlightenment thinkers up to and including Marx, “first nature is above all a ‘realm of necessity’, of inevitably scarce raw materials, that must be painfully extracted, reworked and finished into useful things by human labour”; this drama, “traced back to the biblical myth of ‘original sin’”, casts first nature in the role of a stingy, intractable and ungiving domain; 19th century political economy defined itself as the “study of scarce resources versus unlimited needs”; Marxism “radically secularised this myth and extended it to encompass the whole tableau of human history”; Marx saw the “domination of first nature” as the raison d’etre of social classes in history; this domination in turn required “the mobilisation of labour by a privileged, indeed supervisory, class of rulers and exploiters”; the exploitation of human beings in the process of production was thus for Marx “the earliest technical step towards bringing first nature into the service of humanity”.[27]
First, I think Bookchin misunderstood what Marx meant by “the realm of necessity”. It carries none of the sense imputed by Bookchin, that nature is stingy, ungiving, etc; “necessity” referred to the difficulties humans have had throughout their historical development in producing their own subsistence by their labour (i.e. interaction with nature). Clearly “necessity” implied material scarcity, and clearly Marx saw scarcity not only as something overcome by humans living in sets of hierarchical social relations, but also as something that might be, and often was, exacerbated by those social relations. Second, it seems to me that by rejecting the notion that freedom involves overcoming necessity, Bookchin is removing the prospect of freedom from historical context and making it a matter of faith.
To my mind, the way that Marx imagined that society would cross the bridge from the “realm of necessity” to the “realm of freedom” remains compelling. Some of the things that have changed in the century and a half since these passages were written are discussed in section 3 above. I suggest some relevant conclusions as follows: (i) we have had repeated indications, through the (necessarily distorting) prism of history described, that once freed of the constraints of capitalist social relations, the productive forces (the natural resources available, the labour applied to them and the instruments used) are sufficient, not only to meet material needs, but to go beyond them into the “realm of freedom”; (ii) while there is clear evidence, discussed in section 4, that the capitalist economy is pressing dangerously up against absolute natural limits, this contradiction (between human activity and natural limits) is not absolute but relative, i.e. it arises under specific social relations and at a specific level of technological development, and can be resolved by social and technological change; (iii) the dramatic deformations of the people/nature relationship that began to accelerate in the late 20th century amount to obstructions to, and potential reversals of, the movement from necessity towards freedom.
How might we begin to imagine, in more detail, what the transition to communism might look like? Given the unprecedented technological leaps forward during the 20th century (on top of the transformation of energy provision and agriculture, there are antibiotics, modern medicine, computers, the internet, etc), it might be tempting to say simply that humanity’s productive forces have developed to the point where necessity can easily be left behind; all that remains is to put right the social relations of production; once capitalism has been vanquished, everything will be fine. In my experience, such assumptions were widespread in 20th century communist movements and organisations. The alienation that had to be overcome was seen as the alienation of the products of workers’ labour, rather than alienation in the deeper-going sense discussed above. The method was politically to break capitalist state power and replace it with workers’ state power; the Russian revolution of 1917 was the model. The knockout blow would be the expropriation of the means of production from their capitalist owners.
To the extent that such a view envisaged overcoming the deep deformations of the people/nature relationship, and of the relationship between people – most obviously, between men and women – this was often postponed until “after the revolution”. Such ideas may now be seen to have underestimated what was, is and will be involved in the movement towards communism. The Russian revolution and other 20th century revolutions showed that establishing “workers’ states” and expropriating capitalist property hardly began to approach the problem of overcoming alienation and remaking relationships between people, and between people and nature.
These issues will be solved, if at all, by great movements involving millions of people. What can usefully be said about them in notes such as these? It seems banal to write, e.g., that overcoming alienation will not happen overnight and will not be easy; or that the potential human creativity unlocked by this transformation will make possible not only the provision of material subsistence, but also the development of common wealth beyond the limits of our current imagination. Beyond such generalities, it seems useful to consider specific aspects of the transition. In the next two sections, I consider (section 6) the character of material abundance, surely an integral part of the “realm of freedom”, and (section 7) at the communist programme.
6. Abundance
The transition to communism, from necessity to freedom, implies a transition from the scarcity that persists in the 21st century capitalist economy, to abundance. To my mind, communists mean by abundance, roughly, conditions under which people can develop their creativity, their culture, their personalities, their ways of enjoying life; preconditions for it are the production of the material necessities of life and, as Marx argued, the constant reduction of the working day, i.e. the time needed to produce necessities. This abundance is not the same as “economic growth” and can not be equated crudely with the increase in material living standards measured in monetary terms.
With regard to abundance in production: a communist society will, presumably, first endeavour to take care of material necessity and then seek to, and be able to, develop production as creativity, rather than as work. This means something infinitely richer and better for people than “economic growth”.[28] Technology will be redirected e.g. away from weapons construction, computerised finance, etc, towards satisfying human needs and underpinning human fulfilment. This abundance in production will be achieved within the natural limits – since clearly no sane group of human beings would consciously use up non-renewable resources (e.g. the atmosphere’s tolerance to carbon dioxide emissions, the soil’s tolerance to distortion of the nitrogen cycle, etc) in the course of production. Such forms of alienation in the people/nature relationship will be surpassed by the movement towards communism; future historians will recognise that such insane behaviour was made possible only by alienated social relationships  under which production is for profit and not for use.
With regard to abundance in consumption, it is worth recalling a meeting at the Climate Camp, held in London in 2009. At a session on capitalism and global warming, David Harvie of Turbulence magazine, responding to environmental “minimalists” who advocate restraining consumption, said: “I am not going to go and say to a billion Chinese people, ‘you have to make do with less’. I am going to tell them: ‘you should have more’. [Shocked outrage from a quarter of the audience.] The question is: more of what?”
My answer to “more of what?”, which I think is close to Harvie’s own answer, would be along these lines: 1. The basic means of subsistence (far from guaranteed to all Chinese families in 2011) must be secured for people in China and everywhere else, which can be done more than adequately with the existing level of technology. 2. People will become truly wealthy – i.e. they will lead full, fruitful and creative lives – as consumption is freed from the constraints of necessity and from the deformities of commodification. Abundance will come to be considered as the ability both to produce and consume through unalienated social relationships. Once embarking on a movement towards such an end, people in China and elsewhere will think very differently about what abundance is – in ways that it is hard for us, living under capitalism, to visualise.
Consumption, as well as production, has been drastically distorted by alienated social relationships. In the 20th century, under capitalism, technology has been developed that could ensure subsistence for the whole human population; instead, as discussed above,  undernourishment and epidemic obesity exist side by side. The distorted development of consumerism – e.g. the sale of hamburgers, sweets, etc, to better-off workers in the global north, and to their children, in quantities that are damaging to their health and have produced the obesity epidemic – is as integral to 20th century capitalism as starvation, rural impoverishment in developing countries, etc. The development of mass car ownership is another example: in the USA from the 1930s onwards, the motor manufacturers, with the support of the state, very deliberately cultivated a one-car-plus-per-family culture, leading to working class families leading lives that on one level may have been more comfortable, but on other levels were more isolated. Capitalism needed them not only as wage slaves but also as consumers of products.[29] The commodification of housing in the rich world – leading to a culture in which millions of people work long hours in dreary jobs, simply in order to meet mortgage payments – is surely another example.
I am not attributing the world’s ills to consumerism. I am not saying workers shouldn’t have cars, houses or hamburgers, nor belittling the real meaning of such possessions to working class people, and I hope I am not underestimating the alienated ideas of status and pride in possessions that dominate in capitalist society. But the crude idea, still embraced by some on the left, that abundance can be understood one-dimensionally – i.e. in terms of workers’ living standards measured in dollars, cents, cars, houses and hamburgers – is not good enough. Abundance is something that will be achieved only by transcending the starvation-and-obesity economy, by crossing the bridge from necessity, i.e. by transforming human relationships and overcoming alienation. It is therefore about enriching people’s lives – which, while it must be underpinned by the means of subsistence being available to all, will be about the flowering of human creativity. I am confident that this communist future will leave behind the impoverished ideas of “happiness” and “abundance” cultivated among workers in rich countries under capitalism. People certainly won’t need me to tell them either that life is about much more than cars, houses and hamburgers, or to work out how to live such a life.

7. The communist programme
There is no widespread agreement in labour and social movements about what the communist programme is or whether it is needed. Since the reversal of the Russian revolution deeply divided workers’ movements about what communism was, and how it might be achieved, this issue has been unresolved in practice. The need to develop a programme is not accepted by all communists: for example, the idea of “communisation” proposed by some left communist groups rejects the idea of a transition period and, by implication, the need for a programme. One writer on “communisation” envisages a movement by means of which society will be reconstituted as a “nebula of local initiatives”, with “absolute priority given to the relationship between individuals and to the activity rather than its results”. “The communisation of society unfolds as a seizing of capitalist property and using it for the needs of the struggle with no accounting, as production without productivity, like consumption without necessity.”[30] The “communisation” idea has developed, out of a critique of ideas of working-class self organisation, and in opposition to the ideas of Trotskyists and others that the political overthrow of capitalism will give rise to a “workers’ state” that will administer and oversee the transition towards communism. I think the “workers’ state” concept has been found wanting, along with the vanguardist ideas about the “revolutionary party” with which it is often allied. But I can not conceive of the overcoming of alienation as an overnight transformation, or something automatic, and therefore I think a programme is needed.
People, working together collectively (and not marshalled by a “workers’ state” or “led” by a party), will undertake the transformation consciously. They will take matters into their own hands and overthrow the illusion that some external authority is required to tell them what to do. Not only will this process involve accounting of resources, human and natural, but this will be done for the first time in ways that modern technology (the internet, etc) clearly allows, but is impossible under capitalist social relations. A communist programme is, to my mind, not a political programme to be implemented by governments or parties, but the possible/proposed outlines of such a future conscious mass communist movement. Some elements that might be included in such a programme are:
■ An audit of natural and human resources. I have argued above that there is no inherent reason why processes of production and consumption need transgress natural limits, but this tension will constantly be resolved in practice. The transition to communism implies that production and consumption will dissolve into each other. The highly complex global division of labour that marshalls the lives of billions and distorts their relationship with each other and with nature will give way to new types of creative activity. If this is to be a collective undertaking, carried out over time, then an accurate audit of the natural resources available will be needed to inform decisions about the best means of ensuring subsistence, the possibilities for new forms of productive/ consumptive activity, etc. Information is power (and anti-power); an audit is good information to guide collective action.
■ On the basis of such an audit, collective coordination of what needs coordinating (including management of natural resources that are currently impacted by the capitalist world economy) and decentralisation of everything that can be done locally. If such an audit shows, as it probably would, that excessive carbon emissions, global warming and the consequent sea level rise and threat to farming is the most damaging consequence of the distortion of people’s relationship with nature, then people would be able collectively to adjust their productive and consumptive activity accordingly. People need not an authority to tell them how to do this, but the belief that they can do this without any authority.
■ Collective discussion and decision about effective deployment of the gigantic human and natural resources that would be released by the demise of wasteful, pointless and harmful branches of the capitalist economy (finance, advertising and marketing, security, arms manufacture, you can make your own list). 
■ The breaking-down of the division between town and country. This point, included in the Communist Manifesto as its authors witnessed the driving of the agricultural producers off the land and the forced proletarianisation in 19th century Europe, has added force today. It is a key not only to undoing the alienated relationships implied by (town-based) wage labour, but also to undoing the other forms of alienation produced in the course of the industrialisation and commodification of agriculture, including the threat to the nitrogen cycle posed by the urban/rural divide, the large-scale use of chemical fertilisers etc. None of this implies an anti-technological “return to the land” or a reduction of productivity in subsistence foods production. People are collectively clever enough to work out how to maintain and increase that productivity while simultaneously addressing the crisis of the nitrogen cycle and undoing the alienating damage of late-capitalist urban life. 

Future research and discussion
I have tried to outline what I see as a communist approach to the people/nature relationship, but left many issues unanswered. I have suggested that the changing character of that relationship needs to be integrated into our understanding of the history of the 20th century; and that other issues need to be researched, e.g. the transformation of the working class and peasantry and the possibility that the division between them has been superceded; the role of cheap food in the dynamics of class relations in the past three decades, in the present and in future. I have argued that an understanding of alienation, as alienation of people from nature and from each other, and not just as the alienation of workers from the products of their labour, needs to be developed as one of the bases of a communist programme. The importance of such issues hardly needs to be underlined, and obviously working on them is a collective task.  


Notes: 
[1] As one of the founding fathers of environmentalism writes: “The root of our problems with the environment comes from a lack of constraint on the growth of population”. (James Lovelock, The Revenge of Gaia (London, Penguin Books, 2007), p. 180.)
[2] Lovelock again: “Green thoughts range from shades of red to shades of blue. The totalitarian greens, sometimes called ecofascists, would like to see most other humans eliminated in genocide and so leave a perfect Earth. [At the other extreme are] those who would like to see universal human welfare and rights, and somehow hope that luck, Gaia or sustainable development will allow this dream to come true. Greens could be defined as those who have sensed the deterioration of the natural world and would like to do something about it.” (The Revenge of Gaia, p. 179.)
[3] Marx, Economic and Philosophical Manuscripts of 1844 (Progress Publishers, 1981), p. 64.
[4] ibid, pp. 65 and 67.
[5] ibid, p. 90.
[6] Marx, Capital vol. 1 (Lawrence and Wishart, 1977), pp. 173-176. These are just a few of the many passages in Capital where Marx considered the people/nature relationship. Marx also had this relationship in mind when he wrote his most well-known comment on issues of programme, the Critique of the Gotha Programme. Before the well-known and controversial passages about the transition to communism and his understanding of freedom, his very first objection to the German workers’ party programme is to a phrase that says “Labour is the source of all wealth and culture”. He responds that nature is “just as much the source of use values as labour”, and that “labour is itself only the manifestation of a force of nature”. (Marx, The First International and After (Penguin, 1974), p. 341.) Such passages show clearly that while Marx valued highly technological development, including industry, he understood the importance of a balanced, sustainable relationship between people and nature. They undermine the claim by some environmentalists that Marx was a monstrous “promethean”. Such issues are discussed in detail in John Bellamy Foster, Marx’s Ecology (Monthly Review Press, 2000).
[7] Vaclav Smil, Energy at the Crossroads (MIT Press, 2005), p. 6.
[8] Marcel Mazoyer and Laurence Roudart, A History of World Agriculture (Earthscan, 2006), from p. 375.
[9] Philip McMichael, “Feeding the World: agriculture, development and ecology” in Leo Panitch and Colin Leys (eds.), Socialist Register 2007: coming to terms with nature, pp. 170-194, is a summary of these issues by a socialist critic of  “development” policies.
[10] David Webster, in The Fall of the Ancient Maya (Thames & Hudson, London, 2002), stated that the “failure of the ancient agricultural system” has remained a convincing explanation of the collapse since Mayan archaeology began; he considers that the “worsening relationship of Maya populations to their agricultural and other resources” was exacerbated by “the destabilising effects of warfare and competition” and the “rejection of the ideology and institution of kingship” (pp. 327-328). Jared Diamond, Collapse: How Societies Choose to Fail or Survive (Penguin, 2005), surveys cases in which anthropologists and historians consider that the people/nature relationship broke down, leading to extinction or break-up of society locally. I found this useful despite his environmental determinism and reactionary acceptance of capitalist social relations.
[11] See “Beyond the Peasant International”, Wildcat no. 82 (spring 2008). The historian Eric Hobsbawm’s claims about the “demise of the peasantry” were questioned both in that article, and by Tony Weis, The Global Food Economy: the battle for the future of farming (Zed Books, 2007), p. 24. On urbanisation, see Mike Davis, Planet of Slums (Verso, 2006).
[12] Fred Pearce, Peoplequake (Eden Project, 2010), especially pp. 147-151 and 229-236.
[15] There is a political context, i.e. Malthusian arguments are made not only by environmentalists, but also in support of a possible “green New Deal” or “green austerity measures”, that are among the solutions to the financial-economic crisis being proposed by ruling-class politicians. The author takes it for granted that among socialists and radicals such arguments are rejected. My concern here is to discuss our ideas, rather than being limited to knee-jerk reactions to our enemies’ ideas.
[16] In Capital (vol. 1, chapter 25), Marx argues that “every special historic mode of production has its own special laws of population, historically valid within its limits alone”, and that under capitalism there operated a law of “relative surplus population”, i.e. the “industrial reserve army” of excess labour. (Capital, vol. 1, pp. 591-592 and 595).
[17] Weis, The Global Food Economy, p.11.
[19] “Global Hunger Declining, But Still Unacceptably High”, UN FAO press release, September 2010.
[20] Engels, “Outlines of a Critique of Political Economy” (1843), in Marx and Engels, Collected Works, vol. 3, pp. 418-443. Amartya Sen, Poverty and Famines (Oxford University Press, 1981), begins: “Starvation is the characteristic of some people not having enough food to eat. It is not the characteristic of there being not enough food to eat” (p. 1).
[21] Franco Sassi, Obesity and the Economics of Prevention: Fit not Fat (OECD, 2010), p. 3.
[22] A clearly-written discussion of Marx’s ideas is: Sean Sayers, “Marx, necessity and freedom”, on the Khukuri web site. . An article that discusses the idea of the abolition of labour is: Uri Zilbersheid, “The vicissitudes of the idea of the abolition of labour in Marx’s teachings – can the idea be revised”, Critique 35, pp. 115-150. Also available on line
[23] Engels, Anti-Duhring (Progress Publishers, 1977), p. 141.
[24] Marx, Capital, vol. III (Progress Publishers, 1986), p. 820  
[25] See also footnote 7 above.
[26] Marx, The First International and After, p. 347. In one of the most profound pieces of Stalinist falsification, Marx’s slogan “to each according to his needs!”, was rewritten in the 1937 constitution of the Soviet Union as “to each according to his work”, turning its meaning completely upside down. This falsified version was also used in the constitution of Maoist China and in the propaganda of Castro’s Cuba.   
[27] Murray Bookchin, The Ecology of Freedom (AK Press, 2005), pp. 29-30, and also pp. 132-133.
[28] “Economic growth” is measured by economists in terms of Gross Domestic Product (GDP), an indicator that includes all output, regardless of whether it is destructive weaponry, useless financial instruments, luxuries of dubious value, or goods to satisfy people’s basic needs. For capitalism there is no fundamental distinction between these types of output, since what matters is not the satisfaction of needs or the development of people, but the expansion of the economy for its own sake and the sake of those who profit from it. Unfortunately some writers, including some who call themselves socialists, oppose to “degrowth” arguments popular among environmentalists the imperative for “economic growth” as though this has meaning independently of the capitalist social relations under which it takes place. See for example the Spiked web site. Some of its writers have embraced a one-sided concept of “prosperity”, dependent on “economic growth” and neatly summed up in the title of a recent book: Daniel Ben-Ami, Ferraris For All: In Defence of Economic Progress. Ben-Ami has seriously singled out the Ferrari, rather than transformative technologies that improve people’s lives (e.g. the internet, or penicillin manufacture) or enhance enjoyment (e.g. digital music recording) as “a potent symbol of economic progress”. This seems to me a horribly barren and depressing view of prosperity. (Quote from here.)
[29] See Ian Rutledge, Addicted to Oil: America’s Relentless Drive for Energy Security (IB Tauris, 2005).

[30] Bruno Astarian, “Crisis Activity and Communisation” (www.troploin.fr). “Communisation” is discussed in several texts of the End Notes collective .