Category Archives: Earth

Abundance within limits

In any consideration of agrarianism, this issue of limitation is critical. Agrarian farmers see, accept, and live within their limits. They understand and agree to the proposition that there is “this much and no more.” Everything that happens on an agrarian farm is determined or conditioned by the understanding that there is only so much land, so much water in the cistern, so much hay in the barn, so much corn in the crib, so much firewood in the shed, so much food in the cellar or freezer, so much strength in the back and arms — and no more. This is the understanding that induces thrift, family coherence, neighborliness, local economies. Within accepted limits, these become necessities. The agrarian sense of abundance comes from the experienced possibility of frugality and renewal within limits.

This is exactly opposite to the industrial idea that abundance comes from the violation of limits by personal mobility, extractive machinery, long-distance transport, and scientific or technological breakthroughs. If we use up the good possibilities in this place, we will import goods from some other place, or we will go to some other place. If nature releases her wealth too slowly, we will take it by force. If we make the world too toxic for honeybees, some compound brain, Monsanto perhaps, will invent tiny robots that will fly about pollinating flowers and making honey.

–Wendell Berry, The Agrarian Standard


Neither savage nor barbarian

Clara broke in here, flushing a little as she spoke: ‘Was not their mistake once more bred of the life of slavery that they had been living? — a life which was always looking upon everything, except mankind, animate and inanimate — “nature”, as people used to call it — as one thing, and mankind another. It was natural to people thinking in this way, that they should try to make “nature” their slave, since they thought “nature was something outside them.’

‘Surely,’ said Morsom; ‘and they were puzzled as to what to do, till they found the feeling against mechanical life, which had begun before the Great Change amongst people who had leisure to think of such things, was spreading insensibly; till at last under the guise of pleasure that was not supposed to be work, work that was pleasure began to push out the mechanical toil, which they had once hoped at the best to reduce to narrow limits indeed, but never to get rid of, and which, moreover, they found they could not limit as they had hoped to do.’

‘When did this new revolution gather head?’ said I.

‘In the half-century that followed the Great Change,’ said Morsom, ‘it began to be noteworthy; machine after machine wa quietly dropped under the excuse that the machines could not produce works of art, and that works of art were more and more called for. Look here,’ he said, ‘here are some of the works of that time — rought and unskilful in handiwork, but solid and showing some sense of pleasure in the making.’

‘They are very curious,’ said I, taking up a piece of pottery from amongst the specimens which the antiquary was showing us; ‘not a bit like the work of either savages or barbarians, and yet with what would once have been called a hatred of civilization impressed upon them.’

–William Morris, News from Nowhere, or an epoch of rest, being some chapters from a utopian romance. Edited by James Remond, Routledge & Kegan Paul, 1970, pp. 154-55. (1890)


To betray our nature.

Anthropocene describes what we are doing to our environment, while posthuman is largely phenomenological, a condensed articulation of what it’s like to live in a world where we are constantly making and remaking ourselves, especially via biotechnology. And surely there is some truth in these points, but I want to suggest that the apparent disjunction obscures a deeper unity. A world in which we remake our environment and ourselves is a world that does not feel human to us. We do not know how to play the role of gods, and on some level perceive that to act as gods is to betray our nature.

–Alan Jacobs, Anthropocene theology

Ice Age Solastalgia

The mammoth’s extinction may have been our original ecological sin. When humans left Africa 70,000 years ago, the elephant family occupied a range that stretched from that continent’s southern tip to within 600 miles of the North Pole. Now elephants are holed up in a few final hiding places, such as Asia’s dense forests. Even in Africa, our shared ancestral home, their populations are shrinking, as poachers hunt them with helicopters, GPS, and night-vision goggles. If you were an anthropologist specializing in human ecological relationships, you may well conclude that one of our distinguishing features as a species is an inability to coexist peacefully with elephants.

But nature isn’t fixed, least of all human nature. We may yet learn to live alongside elephants, in all their spectacular variety. We may even become a friend to these magnificent animals. Already, we honor them as a symbol of memory, wisdom, and dignity. With luck, we will soon re-extend their range to the Arctic. […]

Nikita and Sergey seemed entirely unbothered by ethical considerations regarding mammoth cloning or geoengineering. They saw no contradiction between their veneration of “the wild” and their willingness to intervene, radically, in nature. At times they sounded like villains from a Michael Crichton novel. Nikita suggested that such concerns reeked of a particularly American piety. “I grew up in an atheist country,” he said. “Playing God doesn’t bother me in the least. We are already doing it. Why not do it better?”

–Ross Andersen, Welcome to Pleistocene Park



via banshy

Cats are the 38th worst invasive species on the planet

The most obvious impact of feral cats is the predatory impact they exert on native prey populations; this has resulted in the probable local or regional decline or extinction of many species (Dickman 1996). However, unambiguous evidence of cats causing a decline in a prey species is difficult to find as other factors, such as other predator species, may also be involved in the decline (Dickman 1996). One exception to this is a study by Saunders (1991) which showed that cats killed 7% of nestlings of red-tailed cockatoos (Calyptorhynchus magnificus) over 11 breeding seasons in Western Australia. Several reintroduction programmes in Australia have failed, due to the predation pressure exerted by feral cats, often in conjunction with foxes. For example, the success of the reintroductions of the golden bandicoot (Isoodon auratus) and the burrowing bettong (Bettongia lesueur) in the Gibson Desert, Western Australia was hindered primarily by feral cat predation. In general, the predatory impact of cats primarily affects birds and small to medium-sized mammals (Dickman 1996). Endangered species around the world are threatened by the presence of cats, including the black stilt (see Himantopus novaezelandiae in the IUCN Red List of Threatened Species) (New Zealand), the Okinawa woodpecker (see Sapheopipo noguchii in IUCN Red List of Threatened Species) (Japan) and the Cayman Island ground iguana (see Cyclura lewisi in IUCN Red List of Threatened Species), to list just some of the many species effected.\r\n

Changes in island fauna after the introduction of cats can provide compelling evidence of their predatory impact. Cats have been introduced to 40 islands off the coast of Australia; seven off the coast of New Zealand and several dozen islands elsewhere in the Pacific (Dickman 1992a, Veitch 1985, King 1973 1984, in Dickman 1996). Feral cats have been implicated in the decline of at least six species of island endemic birds in New Zealand, including the Stephens Island wren, the sooty shearwater (Puffinus griseus) and the kakapo (Strigops habroptilus), as well as 70 local populations of insular birds (King 1984, in Dickman 1996). The elimination of cats often leads to an increase in the population size of prey species. For example, following removal of cats from Little Barrier Island, New Zealand, the stitchbird (Notiomystis cincta) increased from less than 500 individuals to 3000 individuals in just a few years (Griffin et al. 1988, in Dickman 1996).

Felis Catus, ranked 38th worst invasive species by the Global Invasive Species Database

Climate change and the politics of knowledge

As might be expected, people’s views about whether there is scientific understanding about climate change tie more closely to their science knowledge and education levels. For example, people who know more about science also tend to perceive strong consensus among climate scientists that human activity is responsible for climate change. However, only Democrats, not Republicans, hold beliefs about scientific consensus which vary with their level of science knowledge. Democrats holding medium or high levels of knowledge are more inclined to perceive strong consensus among climate scientists than are those with low science knowledge levels. A similar pattern occurs in public views about scientific understanding. People’s beliefs about how well climate scientists understand whether climate change is occurring and the causes of climate change are significantly linked with science knowledge among Democrats. But there is no difference among Republicans with high, medium or low levels of science knowledge in their perceptions of climate scientists’ understanding of whether climate change is occurring or scientists’ understanding of the causes of climate change. Similarly, there is a tendency for people with more science knowledge to expect harms to the Earth’s ecosystem to occur because of climate change, but this pattern occurs only among Democrats.

–Cary Funk and Brian Kennedy, The Politics of Climate