Archive for the ‘Biodiversity’ Category

COP 10 Nagoya ends with a weak agreement

October 29, 2010

The much touted COP10 conference in Nagoya Japan ended today with an agreement to continue to have such conferences.  It is a relatively weak agreement and in practical terms the conference agreed to  targets of protecting 17% of the world’s land surface – up from the current 13% , and 10% of the oceans (as already existing) by 2020.

The BBC reports:

Many poorer countries say they do not have the resources to implement such targets. Developed nations agreed to establish mechanisms for raising finance to help them – which could amount to hundreds of billions of dollars per year by 2020.

They are required to have a plan to raise such sums in place by 2012, when Brazil will host the second Earth Summit in Rio de Janeiro.

The trickiest issue – the agreement on sharing profits from the development of products drawing on genetic resources in developing countries, known as Access and Benefit-Sharing (ABS) – was resolved after developed nations, led by the EU, made some crucial concessions.

In particular, they agreed that the measures should cover anything made from this genetic material, technically known as “derivatives”. They had previouslty argued for a much narrower scope.

Japan looks set to emerge with credit, having steered the tough negotiations through its final hours.

“What the Japanese government really wants to do here is to get agreement so they can be proud of the Nagoya CBD,” said Wakao Hanaoka, oceans campaigner with Greenpeace Japan.

“What is really needed, since the Japanese government has just started its role of chairing the CBC intil 2012, is to keep doing what they have promised to international society.”

 

 

“COP10hagen”: UN Biodiversity conference is just about money

October 28, 2010

With 2 days left the quotations from news reports today about the goings-on at COP 10 Nagoya are interesting:

  1. Developing nations in Africa and elsewhere in the world have called for a system under which they could seek compensation over benefits derived from genetic resources that originated in developing nations during the age of exploration by former colonial rulers – Yomiuri Shimbun
  2. A Namibia-sponsored proposal to create a benefit-sharing fund was seen as a compromise, as the southern African country characterized the move as softening previous approaches on the issue. Such a fund would be created with a portion of the benefits derived from genetic resources worldwide to ensure fair benefit-sharing. The Namibian proposal is said to have the support of 53 African nations. – Yomiuri Shimbun
  3. International biodiversity negotiations taking place in Nagoya, Japan, have been given a much-needed boost, with the announcement of US$2 billion in funding over the next three years from Japan to help implement the outcomes of the discussions. Nature
  4. While ministers from the developed countries eagerly announced money their countries were contributing, the fact that most of it was a part of aid funds already committed, was not mentioned. The outstanding issue – known as Access and Benefit Sharing (ABS) – is the extent to which profits will be shared between poor nations and pharmaceutical and cosmetics firms from rich countries who use developing societies’ traditional knowledge and medicinal plants. Sify
  5. Elsewhere in the EU, governments with shaky budgets – Greece, Ireland, Portugal and Spain – have been reluctant for the bloc to commit additional funds beyond the roughly €1bn a year that it has spent on biodiversity since 2002. The Guardian

The objectives of this conference are merely vague platitudes. Just as with the UN Climate change conferences it is money that is at stake. 5,000 people have gathered in Nagoya for this conference/ jamboree. But it is likely – hopefully – to be as fruitless as last year’s Copenhagen climate change talks.  Nature reports that “in the corridors, the nickname “COP-10-hagen” is brewing”.

Some species extinction is necessary – and COP10 Nagoya is not

October 26, 2010

Species, like an ideal gas, expand to fill the space available to them. Most species – so far -have had a life of less than 10 million years though some (the living fossils) may exist for hundreds of millions of years. More species have become extinct over the years than are in existence today. It is stated that over 99% of all species that have ever existed are now extinct. The death of a species is nearly always due to competitive pressure from other species or by a change in their surrounding conditions that the species fails to adapt to. There have been at least 5 so-called mass extinctions over geological time — though in each case sufficient species remained so that evolution and development could continue in new directions. If the dinosaurs had not become extinct then man would probably never have evolved. If man ever does become extinct then it will surely provide the room for the possible development of some other species.

Any strategy to try and “guide” the future development of humankind must  – it seems to me – include for the expansion of the species  and cannot be based on the stagnation of the species. It is inevitable that less successful species will die out in the face of this competition. To merely conserve a species to continue its existence in a Zoo (and there is no nature reserve or wildlife park which is not ultimately just a zoo) without any room for the development or growth of that species may satisfy some deep seated aesthetic, human urge, but it is of no significance  in terms of development of either the species being protected or of the human species. Why then is there so much fuss about the possible extinction of some current species today?

Intentionally terminating a species merely for the sake of terminating that species ought then to be “wrong”. And so it is; except when mankind perceives that the quality of life of the human species is jeopardised by the existence of that other species. There are no qualms therefore in the eradication – or the attempted eradication – of parasites, viruses, bacteria or the tsetse fly or certain types of mosquitoes.

That it is desirable that tigers and lions or other species that are threatened by competition with humans continue to exist, is driven primarily by aesthetic values. If human aesthetics desire the preservation of such species in reservations, then that is perfectly allowable. But such “protected” species are effectively frozen in time and have no space for expansion or evolution. They are effectively removed from being active contributors to the “web of life”. Furthermore the dependence of man as a species on the diversity of other existing species is decreasing. As we increase the use of IVF, or genetically engineered crops, or animal-cloning or selective animal breeding programmes, the dependence of mankind on the ad hoc food-chains that exist is reduced. (I observe that the use of the words “natural” or “unnatural” here are meaningless. The intervention of humans in any “natural” process  is not more “unnatural” than breeding cows or creating over 200 breeds of dogs. Since humans are part of “nature” then anything humans do is – by definition – “natural”). As drugs – which may have first been extracted from some particular plants – are synthesised and tailored to meet human needs the dependence upon the plant species disappears.

The objectives of the Biodiversity conference currently being held in Nagoya are the most inconsequential platitudes which are irrational, unscientific and merely exhibit a “woolly” sentimentality.

The Convention on Biological Diversity (CBD) entered into force on 29 December 1993. It has 3 main objectives:

  1. The conservation of biological diversity
  2. The sustainable use of the components of biological diversity
  3. The fair and equitable sharing of the benefits arising out of the utilization of genetic resources.

What is not addressed at all is why the conservation (or more correctly the stagnation) of biological diversity is something to be desired and by which species. I take it as axiomatic that the ultimate beneficiary must be the human species – if not necessarily individual humans. (Here too I would observe that it is by ensuring benefits to individuals that we shall probably do the greatest good for the species). The conservation of a species for the sake of conservation is just as wrong as the extermination of a species for the sake of extermination.

The Convention states

As demographic pressures and consumption levels increase, biodiversity decreases, and the ability of the natural world to continue delivering the goods and services on which humanity ultimately depends may be undermined.

This would imply an acceptance that other species exist only to serve the human species. The conclusion then must be that if a species does not contribute to the supply of goods and services for man then it is redundant as a species. If such a redundant species becomes extinct it may be aesthetically displeasing but it is of no consequence for the advancement of the human species. The second objective “the sustainable use of the components of biodiversity” then means that as human ingenuity and intervention ensures the supply of goods and services needed (whether by farming techniques or fish farming or cattle and poultry breeding or by synthetic techniques), then other species which were contributing to such supply become redundant.

The 3rd objective regarding “fair and equitable sharing of the benefits arising out of the utilization of genetic resources” has really nothing at all to do with the diversity of species and instead is an issue of distribution of the benefits of exploiting other species. For example, it is the issue of drug companies from developed countries extracting medicinal materials from plants only found in developing countries and of ensuring that monetary benefits also find their way to the country in which the plant grows. But once the medicinal materials can be synthesised the plant – as a species – becomes redundant.

Sometimes it is claimed that  biodiversity is needed to maintain the gene pool. But to what end do we need this gene pool where genes do not cross species boundaries? This makes no sense unless one is trying to ensure the evolution and development of replacement species once humans are extinct. It is also claimed at times that we know so little about the various interactions between species that it would be dangerous to allow any species to become extinct. But this is mere alarmism. Focusing on real benefits to humans in need of food or medicine or water or space would be much more constructive than harping on “not doing something” for fear of unknown and unquantifiable dangers.

The COP10 conference in Nagoya seems to be going the way of the Copenhagen climate conference in 2009 – and that is probably a very good thing.

That the success of humans as a species is reducing the habitat for and the viability of other species is obvious.

That this is “unnatural” or undesirable is nonsensical.

“Gene pool of plants and animals still expanding”

October 20, 2010

Xinhua reports today from Wuhan:

 

Shennangojia in Hubei Province

 

Twenty-three unique new plant species have been found over the past five years in the mysterious Shennongjia Nature Reserve in central China’s Hubei Province, a researcher said Wednesday. “We are pretty much sure that the new species, which have not been discovered elsewhere in the world, are new members of the plant kingdom,” said Yang Jingyuan, head of the reserve’s research institute.

The new discoveries showed the “gene pool” of plants and animals was still expanding, said Yang. Researchers had identified 143 previously undocumented plant species in Shennongjia since 2006, excluding the 23 new varieties that are unique to the area, he added. Scientists had also discovered 16 kinds of snakes and 270 kinds of insects that were new to Hubei Province. The number of albino animals, including bears, snakes and magpies, found in the reserve have also baffled scientists.

The area is also believed to be home to the legendary Bigfoot-like ape man. The Hubei Wild Man Research Association said earlier this month that it was considering launching a high-profile search for the elusive creature, almost 30 years after the last organized expedition to seek the legendary beast in the early 1980s.

 

Shennangojia Nature Reserve : image http://english.cnhubei.com

 

Tenacious life – a new species of snail fish found at depth of 7000m

October 14, 2010

 

The new type of snailfish was found living at a depth of 22,966ft (7,000m) in the Peru-Chile trench of the South East Pacific Ocean.

Snailfish found living at a depth of 22,966ft Peru-Chile trench of the South East Pacific Ocean. Photo: Oceanlab, University of Aberdeen

 

Hot on the heels of discovering a biological oasis of life in hot, inky-black waters at the bottom of Yellowstone Lake in the midst of hundreds of geothermal vents comes news of  a new type of snailfish found living at a depth of 22,966ft (7,000m) in the Peru-Chile trench of the South East Pacific Ocean.

The Telegraph reports:

The 10 inch long tadpole-shaped creature with a large head, tiny eyes and pelvic fins has adapted to living in an icy cold, pitch black environment under constant, crushing pressure. Mass groupings of cusk-eels and large crustacean scavengers were also found living in the narrow abyss despite the inhospitable conditions.

The findings, in one of the deepest places on the planet, were made by a team of marine biologists from the University of Aberdeen and experts from Japan and New Zealand. The team took part in a three-week expedition, during which they used deep-sea imaging technology to take 6,000 pictures at depths between 14,764ft (4,500m) and 26,247ft (8,000m) within the trench.

The Peru-Chile Trench

The Peru-Chile Trench: Image via Wikipedia

The mission was the seventh to take place as part of HADEEP, a collaborative research project between the University of Aberdeen’s Oceanlab and the University of Tokyo’s Ocean Research Institute, supported by New Zealand’s National Institute of Water and Atmospheric research (NIWA).

Oceanlab’s Dr Alan Jamieson, who led the expedition said these latest discoveries helped shed new light on life in the depths of the Earth. “Our findings, which revealed diverse and abundant species at depths previously thought to be void of fish, will prompt a rethink into marine populations at extreme depths,” he said.

“This expedition was prompted by our findings in 2008 and 2009 off Japan and New Zealand where we discovered new species of snailfish known as Liparids inhabiting trenches … at depths of approximately 7,000 metres – with each trench hosting its own unique species of the fish.

“To test whether these species would be found in all trenches, we repeated our experiments on the other side of the Pacific Ocean off Peru and Chile, some 6,000 miles (9,656km) from our last observations.

“What we found was that indeed there was another unique species of snailfish living at 7,000 metres – entirely new to science – which had never been caught or seen before.”

The new snailfish will not be named until it is officially confirmed as a new species.

The estimates of the number of unknown marine species may be at the top end of the range estimated between 1 million and 10 million species. However, plant and animal diversity looks insignificant compared to the sea’s micro-organisms, which may number 1 billion. Their diversity is “spectacular”.

Tenacious life: Biological oasis found in Yellowstone Lake

October 6, 2010
att=Yellowstone Lake Aerial

Image via Wikipedia: Yellowstone Lake

From Science Daily:

Montana State University researchers have discovered a rare oasis of life in the midst of hundreds of geothermal vents at the bottom of Yellowstone Lake.

A colony of moss, worms and various forms of shrimp flourishes in an area where the water is inky black, about 90 degrees Fahrenheit, and a cauldron of nutrients, gases and poisons, the researchers reported in the September issue of Geobiology.

The vent is close to 100 feet below the surface of Yellowstone Lake and a third of a mile offshore in the West Thumb region. The worms and shrimp live among approximately two feet of moss that encircles the vent. The researchers said that the Fontinalis moss is not known to grow in the conditions they found on the floor of Yellowstone Lake and that a worm found associated with the moss had never been reported in North America. The researchers also noted that this was the first in-depth published study of the biology associated with any geothermal vent in Yellowstone Lake.

“The proliferation of complex higher organisms in close association with a Yellowstone Lake geothermal vent parallels that documented for deep marine vents, although to our knowledge this is the first such documentation for a freshwater habitat”

D. Lovalvo, S. R. Clingenpeel, S. McGinnis, R. E. Macur, J. D. Varley, W. P. Inskeep, J. Glime, K. Nealson, T. R. McDermott. A geothermal-linked biological oasis in Yellowstone Lake, Yellowstone National Park, WyomingGeobiology, 2010; DOI: 10.1111/j.1472-4669.2010.00244.x

Science Daily article:

http://www.sciencedaily.com/releases/2010/10/101004141327.htm

200 new species found in Papua New Guinea

October 6, 2010

With the rate at which new species are being found and extinct species are being rediscovered and with unknown marine species being estimated to be between 1 and 10 million and  micro-organism species thought to be in excess of one billion, I am beginning to wonder if humans are not soon going to be crowded off the planet.

From Reuters today: Some 200 news species of animals and plants, including an orange spider, a jabbing spiny-legged katydid (bush cricket) and a minute long-nosed frog, have been discovered in Papua New Guinea‘s remote jungle-clad mountains. A team of international scientists made the discoveries during a two-month expedition in the remote Nakanai and Muller mountains in 2009, Conservation International said on Wednesday. In the Nakanai mountains on New Britain island, the team found 24 new species of frogs, two new mammals, nine new species of plants, nearly 100 new insects including damselflies, katydids and ants, and approximately 100 new spiders.

new mouse genus discovered in new guinea

new mouse genus discovered in new guinea : Stephen Richards

Several of the katydids and at least one ant and one mammal are so different from any known species that they represent entirely new genera, said the scientists.

Scientific American: One of the new genera is represented by a mouse that was found in the Nakanai range at about 1,590 meters above sea level in April 2009. The rare rodent has narrow feet and looks somewhat like known prehensile-tailed species in New Guinea. But its long, half-white tail is one of the striking features that distinguishes it from others in the region.

How exactly is biodiversity a problem?

October 5, 2010

Yesterday The Guardian reported that

While some 230,000 marine species have been recorded there are thought to be at least 1 million species in the sea. Ian Poiner, chair of the Census of Marine Life (COML) steering committee, said: “All surface life depends on life inside and beneath the oceans. Sea life provides half of our oxygen and a lot of our food and regulates climate. We are all citizens of the sea”. To mark the end of the COML project, scientists at the British Antarctic Survey (BAS) showed off the results of the Census of Antarctic Marine Life, an inventory of more than 16,000 marine species and the culmination of more than 19 trips into Antarctic waters.

In fact the total is unknown and may be as many as 10 million. The New Scientist points out:

A newly discovered copepod (Image: Jan Michels)

A newly discovered copepod (Image: Jan Michels)

“There are three to four unknown species for every known,” says Paul Snelgrove of Memorial University of Newfoundland in St John’s, Canada.

The Census has so far added 1200 new species to the tally, though that is likely to rise as over 5000 more organisms that were collected have yet to be studied or named. The new species include several that were thought to have disappeared, such as the “Jurassic shrimp”, which was believed to have died out 50 million years ago.

The Census was also able to identify those regions that are richest in diversity, which include the Gulf of Mexico and the Australian coastline. The Galapagos Islands, meanwhile, turned out to have less biodiversity than the chilly South Orkney Islands, in the Southern Ocean near Antarctica.

However, plant and animal diversity looks insignificant compared to the sea’s micro-organisms, which may number 1 billion. Their diversity is “spectacular”, Snelgrove says.

Just a few days ago Science reported that

Diana Fisher and Simon Blomberg of the University of Queensland in Australia carried out a comprehensive analysis of missing and extinct mammalian species. They created a database of all 187 mammal species that have been identified as extinct or possibly extinct, then combed through the literature to find out which ones had been rediscovered. They also included what threats the species had been facing, such as habitat destruction or hunting.

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