What we do know is that the ice-caps are melting, and that the earth generally is warming up. It’s hard to know how much of that is man-made, and how much is a natural process. It certainly has a momentum of its own now, however, because the more ice-free ocean there is, the more sunlight gets trapped instead of reflected back by the ice. This is why James Lovelock, creator of the Gaia hypothesis, is now so dire in his warnings. He reckons the earth is going to get very hot through this positive feedback cycle, that most of the world’s population will die, and that there is nothing we can do about it any more.
I often say that Mars in Cancer is a good place for an environmentalist, and that is what we find in the chart of James Lovelock, who was born on 26/7/1919 in the UK. A challenged Mars – in Cancer, or square Saturn – can be tedious in a man, because deep down they aren’t very sure of their Mars, so they’re always trying to show just how manly they are. But Lovelock isn’t like this at all. I saw him on BBC4 the other night. I hadn’t had a very favourable opinion of him, because of his doom-mongering, and because the Gaia hypothesis seemed a bit flabby and mystical.In fact he is highly intelligent and down to earth. He has the originality and poetry of a Sun in Leo conjunct Neptune, and the concern for the planet of Moon, Jupiter, Mars and Pluto all in Cancer. As a teenager, he had the intellectual precocity of Mercury conjunct Saturn, and the willingness to stand up for his ideas of Mercury opposite Uranus. I’d say it is his Mars conjunct Pluto in Cancer, square to Chiron, that reflects his fight (Mars) for the survival (Pluto) not just of mankind but of life due to the irretrievable damage (Chiron) we have done to the planet (Cancer).
In a way it all came out of the planet Mars, because in the 1960s Lovelock was part of a project by NASA involving methods for detecting life on Mars. Lovelock came up with the idea that if there is life on Mars, you would be able to detect it in the atmosphere, because life would both use the atmosphere for raw materials, and deposit its waste products there. What they found using spectroscopy was that Mars’ atmosphere had carbon dioxide and very little else, so Lovelock concluded there was no life on Mars.
This perspective from Mars got him thinking about the earth from outside of it, so to speak, and he began to see the earth’s atmosphere itself as a product of life on earth, and regulated within a narrow band that makes life possible. So well-regulated by life is our atmosphere that it has been stable within this band for a billion years or more.
It is not just the atmosphere, but many of the conditions on earth that are regulated by life, so that the earth itself is like this self-regulating organism. This made immediate sense to me. Of course it would be part of the evolutionary process for organisms to regulate their environment to their advantage, because those that could do so would have a selective advantage. An early example Lovelock gave was of a sea algae that needs warmth, but not too much, so it releases Sulphur Dioxide, which causes clouds to form, which blocks out the sunlight. So you can see the regulating mechanism here: lots of sunlight leads to expansion in the numbers of algae, leading to release of lots of SO2, which stops the water getting any hotter and in fact probably cools it and keeps numbers of algae down.Of course, for Gaia to work you need a much more complex interactive system than this involving thousands of species, and this has been one of the arguments against it: that there is no way such a complex system could have arisen through natural selection.
My argument against this is two-fold: the self-regulating systems that have arisen within our bodies through natural selection are at least as complex as those in the environment; and secondly we do not understand evolution yet, if we ever will. I can’t see how the slow process of natural selection and random mutation could have produced the life-forms we have in the time available. I don’t dispute the fact of evolution, just the limited mechanisms we have for it. It’s too much like a monkey at a typewriter. That’s why I like Lamarckian ideas, for example, with their notion of the inheritance of acquired characteristics.In understanding Evolution, I think it is also important to realise that the idea originated and has been developed within a society that is highly competitive and makes a virtue of that sense of competition. So quite naturally the mechanism for Evolution has been seen in fundamentally competitive terms. I think this is a large part of the reason that our understanding of Evolution is so limited. The idea of Evolution as co-operation is staring us in the face through Gaia. And not just co-operation as enlightened self-interest (as in symbiosis), which brings us back to competition again as the root motive. I mean co-operation for its own sake, because it is in the nature of life to promote itself, even between species. Just as Lovelock had to stand outside the earth to undertand it, so we need to stand outside our competitive society to acquire a broader understanding of Evolution.
Anyway, the Gaia hypothesis is an entirely scientific idea that to me makes complete sense. It has a ‘Eureka that’s obvious’ quality to it. It also has a beauty and a poetry to it, reflected in the name (which William Golding came up with).
Lovelock was tolerant of what religions did with the idea, who saw it as reflecting their understanding of God. But he was appalled at what the New Age did with it (see picture on left!), and I think it was probably exposure to that which has put me off Gaia for so long.Back to his doom-mongering. What in a way makes it worse is that there is no sense of fanaticism around it. He is just putting forward the quite reasonable idea that there is a positive feedback process when it comes to global warming and the melting of the ice-caps, and the earth is therefore going to get a lot hotter for a while and this will make large parts of the earth uninhabitable by people. I’m not quite sure what to make of it. I don’t feel it’s going to be as bad as Lovelock makes out, but I can’t justify that. I suppose I tend to think that the earth is quicker to self-regulate than we may think, that life is quicker to respond to changes in its environment than we think. There is one natural process, for example, which is that if the oceans heat up, more water will vaporise, creating clouds that block out the sun, and thereby cooling the earth.
I suppose I’m back to my original observation: the earth is warming up, and the consequence for English weather for the last 2 years has been wet summers and cold winters. It’s so important in life to take account of your own immediate experience, whatever the priests/scientists say, and my experience tells me that we don’t know what the consequence of warming will be. The positive feedback loop around the melting of the polar ice-caps is of course worrying, but I don’t think we can be as certain of the outcome as Lovelock thinks.
I watched a documentary of another great man recently, CG Jung. It was a DVD I bought called Matter of Heart, which I’d recommend highly to anyone. I’d seen it twice before over the last 25 years, but I keep coming back to it. It’s pricey, but well worth it. One of the special features is a ½ hour interview Jung gave to the BBC 18 months before he died. In this he is asked about survival after death, and a point he makes is that whatever our conscious attitude may be, his work with old people had shown him that the Unconscious behaves as though life is going to continue. I thought this was fascinating.I think another word for the Unconscious, whether in its personal or collective forms, is simply ‘life’. It’s as though life over billions of years has become this huge reserve, this huge resource and we have this fragile consciousness that floats on the surface of it, so fragile that it is extinguished for 8 hours in 24 while it recovers its ability to exist. Of course this fragile consciousness goes into some sort of abeyance at death, but the great river of life itself that flows through us, ‘the Unconscious’, is in no doubt that it will itself continue.
This is something I always take away from Jung, this sense of being part of a much bigger and richer current of life. And it removes that sense of anxious isolation that the ego often feels, its desperate sense that its own death – which after all occurs for 8 hours in 24! – is the end of everything.
The Collective Unconscious doesn't just contain human history, it contains the whole of evolution (in the same way that physically we have the principle of 'ontogeny recapitulates phylogeny' in embryonic development). We don't belong just to the human species, we are also amoebae, we are crocodiles, we are plants, we are apes... we belong to life. This again brings us back to the idea of evolution as co-operation rather than competition. It is life that is the project, not the individual species, which is ephemeral and not as clear-cut as one might think. They keep finding new species of human, for example, and in its current form (us) hasn't been around very long at all.
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It is not immediately obvious from Jung’s chart why he should have been such a great explorer of the Unconscious. Certainly you can see the analyst in him through his Sun on the Descendant, the point of ‘Other’, and the healer in the square from the Sun to Neptune and Chiron. You see his willingness to break with psychoanalytic tradition through his Aquarius Rising, its ruler Uranus in the 7th, as well as the Sun in Leo. (Leo-Aquarius is the axis of individuality and originality and coming to terms with the collective resistance to that.)
The only way we can explain his connection to the unconscious depths is through 2 wide aspects: Moon conjunct Pluto (8 degrees) and Pluto conjunct IC (8 degrees, out of sign). The Moon and the IC describe the personal unconscious, Pluto describes the necessity for facing and transforming it, as well as the connection through to the Collective Unconscious. In this sense, another word for Pluto is also ‘life’: it is only our resistance to life, unique in the animal kingdom, which makes it appear as a dark god, which is how we usually know Pluto.
Jung’s chart is an example of why I don’t treat wide aspects as necessarily weak. In Jung’s case, they were about as powerful as they come. I think wideness and out-of-sign-ness can bring space and therefore perspective and consciousness to these aspects. I’ve seen it in myself with my wide, out of sign Sun opposite Pluto. It has always been very operative, demanding that I find authenticity within myself. But the wideness has made me sensitive to the negative aspect of Pluto, which is the misuse of power, the need to dominate others, which you can often see going on unconsciously in the tighter aspects of Sun to Pluto.
Back to the Leo-Aquarius axis. I think these types can start out life very uncomfortable with themselves, because they don’t fit in. Life makes this constant demand on them to be true to themselves, rather than true to the values and expectations they see around them. But when they get older, after a lifetime of learning to trust who they uniquely are, they can be unusually comfortable in their own skins, because their base is real, it is not dependent on others. You see this in Jung, this old man who is deeply who he is, and part of that process was living with the scorn of others, whether it was from the king of the psychological establishment, Freud, or the wider dismissal of him as unscientific and mystical. Lovelock also, as a Leo, has spent much of his life at odds with the establishment.
Jung, incidentally, wasn't very optimistic about the future of mankind, thinking that we might just about 'make it round the corner'. In a sense this isn't that different to Lovelock, though I think Jung was thinking more in terms of nuclear weapons, as his last years coincided with the height of the Cold War.
