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The "Danish text" makes developing nations furious and Naomi Klein says the deal we really need is not even on the table

Here are some of the biggest and most interesting news today related to the ongoing COP15 climate conference in Copenhagen:

A draft text for a potential final agreement in Copenhagen was leaked today to the Guardian. The “Danish text” has made the developing countries “furious” as the draft agreement would give even more powers to the rich nations, weakening UN’s future role as well as abandon the Kyoto protocol. Some say this shows the true agenda in Copenhagen, others believe the draft is unofficial and may have changed a lot since its first creation.

The Environmental Protection Agency in the USA has declared that carbon dioxide is a public danger. This would make it possible for Barack Obama to impose his proposed emissions cuts without an agreement in the sceptic U.S. Senate. A report released today by the Center for Biological Diversity claims that Obama now has the clear legal authority to make a binding commitment for greenhouse gas reductions in Copenhagen without waiting for Congress.

The UK Met Office and World Meteorological Organization have announced, in yet another report, that the first decade of this century is "by far" the warmest on record: “The decade of the 2000s (2000–2009) was warmer than the decade spanning the 1990s (1990–1999), which in turn was warmer than the 1980s (1980–1989).” The National Climatic Data Center (NOAA) in USA also released a similar report today: “The 2000 – 2009 decade will be the warmest on record, with its average global surface temperature about 0.96 degree F above the 20th century average. This will easily surpass the 1990s value of 0.65 degree F.”

Gordon Brown says the EU must cut its emissions with 30% by 2020 – but only if an ambitious global deal is reached in Copenhagen: "We've got to make countries recognise that they have to be as ambitious as they say they want to be. It's not enough to say 'I may do this, I might do this, possibly I'll do this'. I want to create a situation in which the European Union is persuaded to go to 30%."

Speaking at Klimaforum09 (Climate Forum 09), the alternative climate conference, in Copenhagen Naomi Klein said this is the last chance we have to save the world, but at the same time she expressed her doubt whether an ambitious deal would be made at the Bella Centre: “The Bella Center is the biggest case of disaster capitalism. The deal we really need is not even on the table.” Klein also criticized the Hopenhagen climate campaign: “The globe has Siemens logo on the bottom and the whole event is sponsored by Coke. That is a capitalization of hope but Klimaforum09 is where the real hope lies,” she said. “Klimaforum is not about giving charity to the developing world its about taking responsibility and the industrialized countries cleaning up our own mess,” she concluded.

The White House says the leaked “climategate” email story is "silly" and that the science is clear: "I think scientists are clear on the science. I think many on Capitol Hill are clear on the science. I think that this notion that there is some debate ... on the science is kind of silly." But just look at these scandalous emails!

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Until today I was thinking the UN was toast over this. I guess it really may be, or maybe they can just disband the IPCC and the UNEP and the World Bank and the IMF and the Bank of International Settlements, and the Federal Reserve, and the Banks of England, China and all the other banks. Q.E.D.

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Such terms as carbon credit find a place in newspapers almost daily. I don’t know what is all this about. To me CO2 sustains life on earth. Has the level of CO2 in the atmosphere gone up? Has it been proved experimentally?

Before Industrialization

The whole of America and most of the old world were inhabited by a comparatively small population, a majority of whom depended upon meat and fish. Farming depended entirely on rain water as big dams were unknown. The grasslands of America and Australia didn’t produce food grains. Coal and other fossil fuels were not commercially exploited. In those days we may presume that a proper balance existed between CO2 and other ingredients of the air like N2 and O2 in spite of forest fires, the like of which we witnessed in California recently.

After Industrialization

Commercial exploitation of coal began first followed by oil and natural gas, resulting in increase in the level of CO2 in the atmosphere. Simultaneously two other developments followed: increase in population (both human and animal) and corresponding growth in food grains production. Big dams were constructed and more and more areas of land were brought under cultivation. Mechanization and the use of artificial fertilizers made leaps and bounds in production of food grains, fruits and other commercial crops. The Prairies of North America became the granary of the world. Compared to grass, food grains and sugar fix a large quantity of CO2. The major items responsible for such CO2 fixation are:

food grains like wheat, corn, rice, oats, soybean etc

underground vegetables like potato, tapioca, beetroot etc

fruits like apple, grapes, banana, dates, cherry, pineapple etc

sugarcane etc

Experts can calculate the total quantity of CO2 produced by industry and that absorbed by vegetation as mentioned above and the marine vegetation in order to find out whether the net balance is favoring CO2 concentration in the air. An easier way would be to experimentally ascertain the percentage of CO2 in the atmospheric air (being heavier than air CO2 is available near the surface of the earth). If CO2 level increases O2 level should decrease. In my childhood (I am 70+) O2 level was 20% as mentioned in my text book. Has it changed? An atom of carbon combines with two atoms of oxygen to form CO2 which is absorbed by the leaves of the plant to form starch. In the process two atoms of oxygen are released into the atmosphere. We may say that each carbon atom burnt ultimately results in the release of two atoms of oxygen, thus resulting in increase in the level of O2. Level of CO2 dissolved in the ocean water should also be checked. If this level increases, fishes would die en mass. Has this happened? If the level of CO2 dissolved in ocean waters decreases, plant life in the ocean cannot produce enough starch by photosynthesis. This will be a hazard for fishes and other marine life.

The volume of animal and hence plant life in the oceans is much more than that on the continents. This is because the area of the oceans is seven times the area of the continents. Also, the oceans are deep. Hence the volume of water is very much more and can contain a large population of marine life. The necessary starch has to come from plant life. So, the total bio mass in the oceans is considerably higher than that in the continent. The carbon di oxideàPlant starchàAnimalsàCarbon di oxide cycle is there in the watery medium, just as in our atmosphere. All the gases, including nitrogen, will be present in dissolved state in the oceans too. Here industrialization has not affected the ‘atmosphere’ of the ocean. This fact has to be recognized in any discussion on Global Warming.

[The percentage of various components of atmospheric air as obtained from the websites is given below:

Nitrogen 78.1

Oxygen 20.9

Argon 0.9

Neon 0.002

Helium 0.0005

Krypton 0.0001

Hydrogen 0.00005

Carbon di oxide 0.035!!!!!!!! (Poor, innocent CO2 has been maligned unnecessarily)

Methane 0.0002

Ozone 0.000004

This would suggest that the percentage of oxygen has slightly increased. If this is true it augers ill, as forest fires may become uncontrollable with increase in the level of oxygen in the coming years. Therefore, this line should be investigated separately by experts. My guess is that with unchecked use of nitrogenous fertilizers, the total bio mass in the earth could have increased. The requisite extra nitrogen must have been drawn from the atmosphere along with CO2 releasing extra oxygen into the atmosphere as pointed out above.]

The importance of proper scientific study cannot be over emphasized. Mother Nature maintains her balance, whatever her children may do!

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|kk subramanian to info

show details Dec 8 (3 days ago)


Posted on November 29, 2009 by waterfriend | Edit


As discussed above, generation of heat is a function of gravity, which in turn depends on mass. As long as the mass of the earth is constant, the quantity of geothermal energy produced is also constant. Initially, heat is transferred to the seas and, thence, to the atmospheric H2O, and ultimately to the outer space, when the latent heat is released on formation of water droplets which form clouds. Simultaneously, heat is being radiated continuosly from the surface of the earth ,both land and sea, as the outer space is considerably cooler than the earth.

The heat generated by the earth is converted into kinetic energy in a big way, when ocean currents are working round the clock. The volume of water involved in this process is thousands of times more than that of all the rivers of the world.

Earthquakes, tsunamis, volcanoes etc. also eat up considerable quantity of geothermal energy. Diffusion of water in the seas takes place continuously because of hot bottom and cool Polar regions. Part of the energy is also used up by cyclones, tornados etc. (the circumstances in which these are caused by hot steam emanating from the seas will be discussed in BUT-Volume III).

If the total quantity of geothermal energy is T, the energy converted into kinetic form is K and heat lost by radiation R,

T – K – R = the net increase or decrease in the warmth of the globe

From the table given below, it is clear that during the last 200 years there has not been any appreciable change in the warmth of the globe.

For a proper study of this subject, a distinction has to be made between the temperature of the earth and the temperature of the atmosphere. The latitude-mean temperature graph fairly represents the temperature of the earth, as the sea surface is not much affected by weather conditions. On the other hand, land stations will be subjected to violent fluctuations in the weather like extreme summers and winters, especially if the stations are much above the sea level.

The land mass contains lakes, surface soil water, water chambers, sub-terrainian water channels etc. which retain considerable quantity of water. Because of the peculiar structure of the H20 molecule, heat is retained in water for a longer period than other materials. This is the reason why summer extends much beyond the date 21st June in the northern hemisphere. In the absence of water on the earth the peak temperature will end on that day and we may experience pleasant weather by August. Similarly, but for snow and the water layers lying just below the surface of the earth, the winter will start waning right from 21st December.

In spite of these differences, data in respect of land stations, too, prove my contention that the globe is not warming!

When we look back

“It is an inquiry of some interest, whether the general temperature of the globe is stable, or is gradually undergoing change through diminution or addition. We have no means of deciding this point, because our thermometrical determinations are confined to a comparatively modern date. The instrument was not brought to perfection until the year 1724, by Fahrenheit, and therefore beyond that period we are dependent upon the recorded experience and sensations of observers, and upon the details of agricultural failure or success, for our knowledge of temperature in former times. We are not warranted to infer from these casual notices any changes of physical climate generally within the era of authentic history, though in particular localities, there is strong reason to suppose that an alteration has taken place; but this has been the very reverse of an impressions that once prevailed respecting it. The existence of a colony on the east coast of Greenland cut off from communication with the external world, and destroyed by the gradual accumulation of the ice upon its shores –the fact of immense forests anciently clothing the highest parts of Britain, and other northern countries, where a tree now can scarcely be made to grow –of the period of the vintage formerly commencing several weeks earlier in France than at present-of vineyards having been planted in the south of England during the time that the Romans held possession of the island, where hops can only be raised with difficulty- and of the sides of the Scottish hills bearing evident traces of the plough, which have long been surrendered to the heaths as incapable of cultivation;-these circumstances have been appealed to, as evidence of a milder and more genial climate having once characterized the northern regions of Europe. Sir John Leslie has remarked upon these details, “that a patch of wood will not thrive in cold situations, merely for want of the shelter which is afforded by extensive plantations. In Sweden and Norway, which are mostly covered with natural forests, it has become an object of police to prevent their indiscriminate destruction. The timber in those sylvan countries is cut at stated periods of its growth, and in detached portions; the vacant spaces being left as nurseries, embosomed amidst an expanse of tall trees. Some places in Sweden, where the forests have been accidentally destroyed by fire, present the image of sterility, and of wide desolation. It is probable, the vines grown in ancient times were coarser and hardier plants than those which are now cultivated. A similar observation extends to all the productions of gardening. A succession of diligent culture softens the character of the vegetable tribes, and renders them more delicate, while it heightens the flavor of their fruits. The Roman soldiers stationed in Britain would naturally prefer wine, their accustomed beverage, however harsh and poor, to the cervisia, or unpalatable ale brewed by the rude arts of the natives. The marks of tillage left on our northern hills evince only the wretched state of agriculture at a remote period. For want of a proper system of rotation, and the due application of manure, the starving tenantry were then tempted to tear up with the plough every virgin spot they could find, and after extracting from it a pitiful crop or two of oats, to abandon it to a lasting sterilityâ€. With reference to the colony supposed to have been planted on the east coast of Greenland, now an uninhabitable region of glaciers, there is reason to believe that its name, Oestre Bydg, the eastern settlement, simply refers to its position in relation to another settlement, both of which were on the western coast, now occupied by the Danish factories. From the name of Snowland, afterwards supplanted by that of Iceland, given by the roving pirates of the Baltic to that island upon its discovery in the ninth century, it may certainly be concluded that the climate of the north was then analogous to what it is at present.

A different opinion, that the climate of the midland part of the temperate zone, especially in Europe, is less rigorous now than it was sixteen or seventeen centuries ago, appears to be supported by sufficient evidence. After making allowances for inaccuracy and exaggeration in the statements of the classical writers, they will still be found descriptive of a cold in various districts, as a feature of the ordinary temperature, which is not realized at present. The epistles written by Ovid from Pontus, whither he was banished by order of Augustus, describe the rigour of the climate there, in terms which suit the winder of Hudson’s Bay. He mentions, among other instances of the extreme cold, The Euxine Sea being frozen over, so as to bear men and cattle upon it. Tertullian, one of the Christian fathers in the second century, writing in the style of the fierce zealot and florid rhetorician, against the herectic Marcion, thus refers to the same region:- “That tract, which is called the Pontus Euxinus, the hospitable sea, has been refused all favours, and is mocked by its very name. The day is never open, the sun never shines willingly, there is but one atmosphere- fog; the whole year is wintry; every wind that blows comes from the north; liquors are only such before the fire; the rivers are blocked up with ice, the mountains are heaped higher with snow; all things are benumbed, all things are stiff with cold, nothing but cruelty has there the warmth of life; that kind of cruelty, I mean, which has supplied the stage with fables concerning the sacrifices of the Tauri, and the loves of Colchis, and the tortures of Caucasus. But there is nothing so barbarous and miserable in Pontus, as that it has given birth to Maricion; he is more savage than a Scythian, more unstable than the wild inhabitants of a wagon, more inhuman than the Massageta, more audacious than the Amazon, darker than the mist, colder than the winter, more brittle than the ice, more treacherous than the Danube, more precipitous than Caucasusâ€. Virgil refers to the winter on the banks of the Ister of the Greeks, the modern Danube, in the third Georgic, in a manner which at present is inapplicable to any part of its course:-

“ The sun from far peeps with a sickly face,Too weak, the clouds and mighty fogs to chase,

When up the skies he shoots his rosy head,

Or in the ruddy ocean seeks his bed.

Swift rivers are with sudden ice constrain’d

And studded wheels are on its back sustain’d;

A hostry now for wagons, which before

Tall ships of burden on its bosom bore,

The brazen cauldrons with the frost are flaw’d.

The garment, stiff with ice, at hearths is thaw’d.

With axes first they cleave the wine; and thence

By weight, the solid portions they dispense.

From locks uncomb’d, and from the frozen beard,

Long icicles depend, and crackling sounds are heard.

Meantime perpetual sleet, and driving snow,

Obscure the skies, and hang on heards below.

The starving cattle perish in their stalls;

Huge oxen stand enclos’d in wintry walls

Of snow congeal’d; Whole heards are buried there

Of mighty stags, and scarce their horns appear.

The dexterous huntsman wounds not these afar

With shafts or darts, or makes a distant war

With dogs, or pitches toils to stop their flight,

But close engages in unequal fight;

And, while they strive in vain to make their way

Through hills of snow, and pitifully bray,

Assaults with dint of sword, or pointed spears,

And homeward on his back the joyful burden bears.

The men to subterranean caves retire,

Secure from cold, and crowd the cheerful fire:

With trunks of elms and oaks the hearth they load,

Nor tempt th’ inclemency of heaven abroad.â€

The allusions to the climate of Itay in the Georgics, referring to the Augustan age, are in several respects irreconcilable with its present character. The writer speaks of the freezing of the rivers in the southern part of the peninsula as an ordinary occurrence, and gives frequent directions for the protection of sheep and goats from snow and frost, as if addressing a shepherd of the plains of Holstein or the highlands of Scotland. It is a well-attested fact, that the savage inhabitants of Gaul and Germany usually selected the winter-season for their warlike incursions into the Roman provinces, on account of the facility afforded by the ice for the transport of their armies, horses and baggage, across the grate rivers, which have never been frozen in modern times as to admit of such an occurrence. In the time of Ceasar, also, the rein-deer, now confined to the colder regions north of the Baltic, was found, along with the elk and the wild bull, in the Hercynian forest, which then over-shadowed a grate part of Germany and Poland. A volume published at Vienna in 1788, contains some remarkable passages concerning the state of the weather for more than a thousand years back, gathered from the old chronicles, which detail the state of the harvest, the quality of the vintage, or the endurance of frost and snow in the winter. From this work, Sir John Leslie, in an article furnished to one of the public journals, quoted the following record of excessive winters and summers, to which some additions have been made.â€


All quotations are from the phenomenon known as Rev. Thomas Milner, M.A’s Physical Geography, re-published in Delhi in 1975. I could not find any other details about his life.

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|kk subramanian to info

show details Dec 8 (3 days ago)


Posted on November 30, 2009 by waterfriend | Edit

With much difficulty, I have collected temperature data, as clinching evidence to prove my point.







Bhuj 4444 3.8 4 439


Bhavnagar 43.5447.784312













Port Blair34.33417.6183416

Mini coi333319.3193520



Inland stations
















The mean temperature has been shown correct to one decimal point in the record whereas figures for 2007 are shown in round figures. So I have rounded off the mean temp. figures too, for proper comparison.

Except in a few cases, there is remarkable similarity in temperature recorded 200 years ago and now ! This exposes the fallacy of global warm-mongers. In big cities like bombay the increase in temp may be due to huge concrete forests constructed and this can in no way be called global.

Statement 2 (Mean temp. in degree Fahreheit)

Station 200 years ago Temp 2007

Cairo 72.3 71.4

Algiers 69.8 66

Rome 60.4 61.2

Milan 55.8 56.3

Cincinnati 53.6 52.55

Philadelphia53.45 54.5

NewYork 53.8 53.9

Beijing 54.7 51.3

London 51.8 54.2

Paris 51.1 51

Geneva 49.3 53.1

Dublin 48.6 49

Edinburgh47.8 48.9

Copenhagen 54.748.2 ( ? 42)

Stockholm 42.3 47.3(?)

Quebec 41.9 38.65

Petersburg 38.8 37.1

+Bordeau(winter) 42.1 39.2

+Bordeau(summer) 70.9 69.8

Paris (winter) 38.7 (?)57.6

Paris(summer) 65.3 69.6

Vienna (winter) 38.7 34.5

Vienna (summer)71.6 71.1

Statement 3: Latitude and mean temperature

LatitudeMean temp. – 200 Yrs agoName of station Max Min Mean Temp now

0 29 Nairobi25.6 11.5 18.5

6 28.78 Accra32.7 23.4 28.5

6 28.78 Galle 30.6 22.8 26.7

6 28.78 Porto25 5.1 15.05

1028.13 Kochi 3520 27.5

1127.94 Kozhikode3621 28.5

12 27.75 Port Blair 3416 25

1227.75 Lima26.5 14.6 20.5

1327.53 Chennai43 18 30.5

1527.06 Karwar371727

16 27.06 Panaji 36 1827

17 26.52 Kakinada44 1630

18 26.23 Vishakhapatnam 41 1528

19 25.93 Bombay 36 1827

19 25Pune421026

2125.98 Veraval431127

2324.57 Kolkatha38 1124.5

2822.61 Brisbane Bayside 299 19

3519.46 Buenos Aires 30.4 7.4 18.9

36 18.98 Chongqug32.8 5.6 19.2

578.6 Daurgarpils (Latvia) 22.5 -9.7 6.4

607.25 Oslo 21.5 -6.8 7.35

4713.49 Quebec25-17.6 3.7

56 9.07 Grand praire Alberta 22.1 -20.5 0.8


Figures speak the truth. The temperature data, comparing previous periods with the current period in respect of Indian and foreign cities are available in the statements above. Statement-1 shows temperature of Indian cities (both coastal and inland).

These have been collected from the meteorological department library at Mausam Bhawan, Delhi.

You will see that in the cities mentioned below, the temperature has remained stable during the last 50 years.

Bhuj, Bhawnagar, Surat, Punjim, Honavar, Alapuzha, Kakinada, Port Blair, Vishakhapatnam, Kolkata (temperature has actually decreased by 3 degrees), Bhubneswar (decreased by 3 degrees), Ajmer, Pune, Bangalore, Agartala, Alhabad, Kota, Madurai, Koimbature, Kolhapur, Udaipur, Nagpur.

The increase in temperature by 5 degrees in Mumbai is glaring, especially when we see the temperature in Surat remaining stable. In other words, for Mumbai the reasons my be local and not global. This requires investigation. My guess is that the huge increase in concrete buildings in Mumbai has contributed to the increase in temperature.

So far, I have been speaking about the maximum temperature. A scrutiny of the minimum temperatures reveals a certain trend of distinct increase.

Bhuj, Bhavnagar, Mumbai, Ajmer, Pune, Hyderabad, Udaipur and Kanpur show increase in minimum temperature by 3 degree. If you total the minimum temperatures of all the cities, then and now, there is an increase of 20degrees in respect of 15 inland stations whereas the maximum temperature in respect of the same stations show a decrease of 8 degrees. It should be remembered that the minimum temperature are recorded during winter months (December, January) when the sun is far away in the Southern hemisphere and this cannot be assigned to the heat radiated from the sun. Mr. Milner has also written about the winter becoming milder over a period of time. In my younger days, I use to find it difficult to take bath in cold water in winter in Delhi. Now, excepting some days of severe cold mostly caused by heavy snowfall in the Himalayas, the water is not so cold. The obvious inference is that this is actually global defreezing caused by geothermal energy.

Statement 2 shows temperature variation over a wider period of 200 years. The figures for the previous period have been taken from Milner’s book which was published in 1853. As these figures are in Fahrenheit scale, current figures too are shown in the same scale. The figures in respect of the following stations indicate stability.

Cairo, Algiers, Cincinnati, New York, Beijing (decrease of 3 degree), Paris Dublin, Copenhagen (decrease of 6 degree), Quebec, Petersburg, Bordeaux, Vienna (decrease of 4 degrees) – 12 out of 20 cities. London, Geneva and Paris show exceptional increase. However, it should be remembered that the increase is over a period of 200 years.

A word of caution: the current data have been extracted from the website “World Weather Information Service†and so the authenticity has to be verified independently.

A very reliable and scientific method for evaluation of the temperature of the globe, is latitude wise mean temperatures. Milner’s book shows 29 degree centigrade at equator, gradually and linearly decreasing to zero degree centigrade at the poles. I am unable to get corresponding figures for the current period. However, I could see from the website that figures remain almost constant, even though the figures for the polar region, now shows as approaching minus 20 degree centigrade. This may be due to better technology being employed by scientific team exploring the polar regions. I have calculated the value of current mean temperatures in respect of a few stations, comparing this value with that shown in Milner’s book. These are given in statement 3.


The density of water at zero degrees centigrade is 0.9999 grams per cm. The density of ice at zero degree centigrade is 0.9150. In other words, 1 cc of ice weights only 0.91 gm and hence will displace only 0.915cc of water, when the ice is floating in water. When the ice float, almost the whole of body sinks below the surface of water, expect a small portion projecting above the surface. In the North Pole area, there is no land. The crust of the earth forms a huge bowl filled with seawater and a huge mass of ice floating in it just like an ice cube placed in a bowl of water. The volume of ice submerged below the ice may be almost 9 times more than the icecap which we observe above the surface of water. The molecules covering the underwater portion of the icecap absorb heat from the sea water in which it floats and melt into water. This is a continuous process happening round the clock, allover the year, irrespective of summer or winter. As I have explained in my booklet, the necessary energy is supplied by the earth itself. The role of the Sun which shines only for a limited period is too insignificant to have any impact on this process. As the density of water is more than that of ice, the volume of water generated by the melting of ice is less than that of water originally occupied by the ice block in the ratio 9999:9150. Therefore the sea level will actually come down because of the melting process. In practice, this may not happen because of the continuous deposition of snow in the polar region which will continuously push down the ice cap.

A lot has been talked about the rising of sea level because of Global warming. This is a misconception. In some places, the sea level goes up and in other places, it recedes. This phenomenon has been extensively discussed in Milner’s geography.

My contention can be tested by a simple experiment. Place ice cubes in a tumbler and fill it with water until the water overflows. Leave it until all the ice melts. Watch for any overflow of water during this process.

I quote from Milner-page-513

Excessive summers

In 763 the summer was so hot that the springs dried up.

In 870 the heat was so intense ,that near Worms the reapers dropped dead in the fields.

In 993 and again in 994,it was so hot that the corn and fruits were burnt up.

The year 1000 was so hot and dry ,that, in Germany ,the pools of water disappeared ,and the fish ,being left in the mud ,bred pestilence.

In 1022 the heat was so excessive ,that both men and cattle were struck dead.

In 1130 the earth yawned with drought. Springs and rivers disappeared ,and even the Rhine was dried up in Alsace.

In 1159 not a drop of rain fell in Italy after the month of May.

The year 1171 was extremely hot in Germany.

In 1232 the heat was so great ,especially in Germany, that it is said that eggs were roasted in the sands.

In 1260 ,many of the Hungarian soldiers died of excessive heat at the famous battle fought near Buda.

The consecutive years of 1276 and 1277 were so hot and dry as to occasion a great scarcity of fodder.

The years 1293 and 1294 were extremely hot ;and so were likewise 1303 and 1304,both the Rhine and the Danube having dried up.

In 1333 the corn fields and vineyards were burnt up.

The years 1393 and 1394 were excessively hot and dry.

In 1447 the summer was extremely hot.

In the successive years 1473 and 1474 the whole earth seemed on fire. In Hungary , a person might wade across the Danube

The four consecutive years 1538, 1539 ,1540 ,and 1541 were excessively hot ;and the rivers dried up.

In1556 the drought was so great that the springs failed. In England wheat rose from 8 shillings to 53 shillings a quarter.

The years 1615 and 1616 were very dry all over Europe.

In 1646 it was excessively hot.

In1652 the warmth was very great, the summer being the driest ever known in Scotland. A total eclipse had happened that year, on Monday the 24th of March,which hence received the appellation of ‘Mirk Monday.’

The summer of 1679 was extremely hot.It is related ,that one of the minions tyranny ,who in that calamitous period, harassed the poor Presbyterians in Scotland with captious questions, having asked a shepherd in Fife ,whether the killing of a notorious Sharp, Archbishop of St.Andrews, which had happened in May,was murder; he replied , that he could not tell, but there had been fine weather ever since.

The year 1700 was excessively warm, and the two following years were of the same description.

In 1718 the weather was extremely hot and dry all over Europe. The air felt so oppressive that all the theatres were shut in Paris. Scarcely any rain fell for the space of nine months and the springs and rivers were dried up. The following year was equally hot. The thermometer at Paris rose to 98 degree Fahrenheit. The grass and corn were quite parched.

In some places the fruit trees blossomed two and three times.

Both the years 1723 and 1724 were dry and hot.

The year 1745 was remarkably warm and dry; but the following year was still hotter insomuch that the grass withered, and the leaves dropped from the trees .Neither rain nor dew fell for several months ; and ,on the continent, prayers were offered up in all the churches to implore the bounty of refreshing showers.

In 1748 the summer was again very warm.

In 1754 it was likewise extremely warm.

The years 1760 and 1761 were both of them remarkably hot, and so was the year 1763.

In 1774 it was excessively hot and dry.

Both the years 1778 and 1779 were warm and very dry.

The year 1788 was also very hot and dry ;and of the same character was 1811 ,famous for its excellent vintage, and distinguished by the appearance of a brilliant comet.

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|kk subramanian to info

show details Dec 8 (3 days ago)


Posted on November 27, 2009 by waterfriend | Edit


Pure water doesn’t conduct electricity. Normal water too is a poor conductor of heat. Exchange of heat takes place almost entirely by convection. Molecules carrying heat travel within the system and spread heat uniformly.

Ice and snow being solid, molecules have no freedom of movement. Unlike a rod of iron, heat is not passed on from one end to the other if the rod is made of ice. This is the reason why the igloo (hutment made of ice blocks) retains warmth inside it, even when the temperature outside falls much below the freezing point. A human being may remain alive for some days, if he sleeps in the arctic region. The snow deposited on his body forms a blanket which will not allow the heat of the body to escape outside and also protects from the cold wind blowing from the Poles. Such cases have been reported. At the same time beggars sleeping outside in the cold season in north India die as reported in newspapers, as they lose their body heat easily in the absence of warm cloths.

This unique quality of frozen water plays a very important role in preventing heat of the earth from escaping into outer space by radiation. The Polar regions, and a considerable part of temperate regions in winter, remain covered with ice and snow. This is true of the mountainous regions and the plateaus of higher altitude also. In the seas the thermal insulation provided by the snow cover allows life to flourish throughout the year but prevents escape of heat and makes considerable contribution to global warming.

There is continuous evaporation of water from the seas (not covered by ice) and land. Each molecule of vapor carries considerable quantity of latent heat as additional calorie. When they rise in altitude, the molecules form clouds and then descend towards the earth as rain, snow, dew and mist. This circulation of water results in cyclic movement of heat. Only the latent heat released at the time of formation of clouds results in escape of heat by radiation. In areas where humidity is minimum the heat lost by radiation will be considerable. Ironically deserts help to ‘fight Global Warming’ and greenery works in the reverse direction!

If the earth were devoid of water, transfer of heat from the earth by radiation to outer space would have been easy and enormous in quantity as in the case of the Moon.


What is the source of geo-thermal energy?

A stack of lignite will catch fire if left in the open. Obviously this is because of the pressure developed inside, raising the temperature to ignition point of lignite which is comparatively low. Such rise in temperature takes place inside a stack of coal, iron ore, sand etc also. The pressure is caused by gravity of the earth which continuously pulls the stack down and the surface of the earth opposing this force, causing pressure. Therefore we may say that gravity generates heat. A hill is also a stack of great dimension. As the crust of the earth is not falling down due to gravity; it is obviously subjected to pressure caused by opposing forces of gravity and forces supporting the crust to remain in position. When the pressure at a point, say 10km inside the earth, is multiplied by the area of the globe at this point, we will get a mind boggling figure of the thrust, capable of generating heat, comparable to that produced by thousands of hydrogen bombs.

Well, this may be the source of geo thermal energy and not radiation as maintained by geologists. The above theory is borne out by the fact that as we go deeper into the earth the temperature rises. In depressions like the Grand Canyon in America and the Dead Sea it is very hot.

“Hence, omitting all reference to the active volcanoes, and to thermal springs at all temperatures below that of boiling water, found in all parts of the world, it is well-known fact, that in descending into deep mines the temperature is greatly above that of the mean of the exterior air, and increases progressively with the depth. This was first remarked by Gensanne, about the year 1740, in the lead mines of Giromagny, near Beport. Saussure afterwards observed the same fact in the salt mines at Bex, in Switzerland; but the attention of naturalists was not generally directed to the temperature of the lower strata, till Humboldt has executed an extensive and interesting series of experiments in the mines of Freyburg, in 1791. The best set of observations we possess on the temperature of deep places, is that which has been uninterruptedly continued for more than half a century in the caves under the observatory of Paris. In 1783 the Count de Cassini, in concert with Lavoisier, placed a very delicate thermometer in one of these excavations for the purpose of observing the curious phenomenon of an invariable temperature, which had been noticed to exist in the same place, by the first Cassini, in 1671, and by La Hire, in 1730. The thermometer is placed at the depth of rather more than thirty yards under the surface, in a bed of fine sand, and has indicated no change of temperature, or at least its oscillations have not exceeded the 1/33 of centesimal degree. The constant temperature exceeds at that depth, by 2.16 degree Fahrenheit’s scale, the mean tempreture at the surface: and supposing a uniform increase at the same rate, we would arrive at the temperature of boiling water at the depth of 2542 yards under the city of Paris. We may quote a few other results of observation. In the coal mines of the north of England the temperature is 70° at the depth of 800 or 900 feet, when the air at the surface is only 48° or 49°; and in the mines of Valenciana in Mexico, it is 92° when the surface-air is at 60°. The following are additional examples:-. In a copper mine at Dolcoath, in Cornwall, a thermometer was kept eighteen months buried in the rock to the depth of a yard. The depth of the mine was 1377 feet. The temperature indicated was 75.5°, while that of the country is 50°; and consequently the increase of heat there is at the rate of 1° for every 54 feet.

At Giromagny, in the Vosges, the annual temperature at the surface is 49°; at 330 feet depth it is 53.6°; at 1008 feet, 65.8°; at 1416 feet 74.6°. in four of the deepest mines of Saxony the annual tempreture at the surface is 46.4degree at from 510 to 600 feet depth it is 54.5 degree; at 840 feet, 58 degree; at 1080 feet, 62.6°.

In the deepest British coal mine, that of Killingworth, the annual temperature at the surface is 48°; at 900 feet depth it is 70°; at 1200 feet, 77°. A similar gradation is found in many of the deeper mines at home and abroad.

There is thus in the Vosges an increase of temperature in descent below the surface amounting to about 1° in every 60 feet; in Saxony 1° in every 66 feet; and in Britain 1 degreein every 45 feet. After the ratio observed in the Vosges, the tempreture of the hot springs at Bath, 113°, will be found at three-quarters of a mile in the interior of the earth, and that of boiling water at a depth of nearly two miles. “The facts strongly support three conclusions:- First, that the heat of an interior shell of the earth is greater than the superficial shell. Second, that this heat augments progressively as we descend towards this region, in a ratio bearing some relations to the depth. Third, that, even at moderate depth, this heat is greater than the mean heat of the globe ought to be, if entirely derived from the sun. The heat of such an interior mass must be constantly diffusing itself towards the surface; and at the surface it may be kept down, so as to affect the temperature derived from the solar action very feebly, by the greater or less rapidity of its dissipation. But as it is very improbable that it should be diffused with perfect equality round the whole exterior shell of the globe, it may be the true source of some of those anomalies of climate, such as the discrepancy in the annual heat under the same parallel, which cannot be easily referred to other known causesâ€. If the heat of the globe were entirely derived from the sun, Pekin, at an inconsiderable elevation above the sea, ought to have the same mean annual temperature as Naples, being under the same parallel of latitude; but instead of that being the case, the temperature falls short of that at Naples by nearly 9°. Other causes may contribute to produce this discrepancy; yet it is not unreasonable to suppose that the mean heat at Naples is raised by its proximity to a focus of internal heat which smokes and flashes through the chimney of Vesuviusâ€.

It is amazing that pioneers like Humboldt, Lavoisier etc had done path breaking observations regarding geo thermal energy and deserve all praise. Had this line of research continued, the conclusions now reached by me would have automatically been revealed much earlier. That the scientists, especially geologists, have not cared to study physical geography is a big loss. I have only filled up the spaces left void by the pioneers.

To conclude: global warming is caused by the earth itself and cooling is retarded by water – our father and mother. Shall we blame our parents or thank them for giving precious life enabling us a few year’s visit to this wonderful earth to enjoy it’s beauty and sublimity?

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Nowadays it is fashionable to talk and write about global warming; so much so that it may sound like blasphemy if I say that the Earth is cooling. But it is a simple fact that all members of the solar system except the Sun are in fact cooling off continuously from the time of inception. Any hot body will shed its heat until its temperature corresponds to the temperature of its environment. If we consider the Earth as a whole, including its atmosphere, the temperature may be roughly 250 degree C more than the outer space. It’s inevitable that the earth must cool off, for a considerable time to come.

Heat received by the Earth from the Sun is neglible, beyond 55 degree north and 55 degree south latitude. The slanting sunrays will not produce any worthwhile heat. Again, the heat received in the middle region up to 8 am and after 5 pm can be ignored. Whatever heat is absorbed between 8 am and 5 pm is lost during the night! All this is in summer. In winter sunlight has no effect at all.

“But we have striking and sufficient evidence that the superficial shell of the globe is not only heated above that of the ambient air, by the action of its own deep-seated fires†(Physical Geography by Thomas Milner)

How does the earth remain warm? We must look inwards for an answer. The interior of the earth is very hot (The reasons have been explained in the article below on Gravity). The temperature may be thousands of degrees C. Slowly this heat seeps outwards. As we go down the earth it becomes extremely hot. Heat may be transferred from the interior to the surface of the earth by the process of conduction. Heat is also transferred by water molecules. If there is no water in the oceans, the ocean beds would be extremely hot. But actually the temperature of the water in ocean beds may be of the order of 3 degree C. This is because of convection currents caused by the ice caps in the Polar Regions and the hot cauldron of sea bed below. This can be proved by a simple experiment.

A drum filled with water may be heated from below and cooled by a block of ice floating above. If you measure the temperature, you may find the water slightly warmer below the ice block than the water at the bottom of the drum. Water molecules, absorbing heat at the bottom, travel up and ice cooled water from the top comes down. In the same way hot water from the sea bed goes up and water (at 0 degree C) below the polar ice cap travels down towards the sea bed. This way heat from the interior of the earth is slowly transferred to the sea water. Eventually this heat is transmitted to outer space.

There is another less known mechanism of heat transfer, from the interior of the earth. Water molecules are driven towards the ocean beds under tremendous pressure. We know how it is, if it rains continuously for a few days! What if it rains for 365 days? Or imagine a water tank constructed in a field (bottom being earth without water) the height of the tank being 6kms. Well, this is how the ocean bed is! The constant pounding of the ocean bed by the pressure of up to 1000 atmospheres, makes the earth pulpy and water infiltrates down. Marine geologists tell us that the terrain below the ocean is not much different from the terrain of the continents. When the surface temperature of the earth was higher than 100 degree C, there was no water in the seas. There was no difference between land and sea. It was all land. The sea bed was normal height of the plain. The continents are merely plains of greater height like Tibetan plateau we are familiar with. There are mountains and valleys in the ocean beds also. Tunnels and caves we find in the continent are there in the sea beds too. These will get filled with water; under high temperature, acquired from geo-thermal energy and high pressure, the water becomes super heated steam. Water goes down but steam presses up and ultimately finds its way to the ocean. There are about 30 thousand volcanoes and any number of hot springs in the ocean through which heat continuously comes out. This may, perhaps, be the source of hot currents in the ocean.

The oceans can never be heated from above. The warm layer of water formed by sun rays cannot travel down and will become cool before the next day break. The ice cold water from the Polar region will sink to the ocean bed, never to rise up, unless heated by the earth. Ultimately, the whole ocean will become a block of ice if the earth is heated only from above by the Sun.

Let us now look at a strange thing about the Earth. The Arctic Circle is comparatively well populated with Eskimo’s etc living permanently there. The corresponding region in the Antarctic Circle is extremely cold and inhospitable. Man makes his presence felt in this region only in the southern summer. The reasons are obvious. The Arctic region being land locked, there are any number of hot springs there, (see my article on Saraswati ) warming the atmosphere. On the other hand the Antarctica is surrounded by deep oceans : the Pacific ocean on one side and the Indian ocean on the opposite side. There must be hot springs in this region also; but being too deep the warm waters get cooled.

From the above discussion one thing is clear – the earth is kept warm by geo thermal energy, and not by the heat from the Sun. Today life forms depend very much on sunlight; but the bottom of the sea too contains even developed life forms. Tomorrow if the sun suddenly disappears, I am sure mother Earth will continue to nurture her children, giving the warmth from her own bosom.

If you look at the map of the world, you will find that the whole of the hemisphere on the Pacific side and 90 % of the southern hemisphere is water. Comparatively few points of the continent comprise of urban areas. Industrial activity in these urban centers can contribute but a miniscule percentage to global warming, which has been going on much before industrialization. (see para on CO2)

Therefore, all this hullabaloo about global warming may be unwarranted.

According to one theory, ‘Ice Age’ occurs every 18,000 years or so. The warming earth melts the polar ice cap, and the ice cold water comes down to northern Canada, Europe and northern Siberia. This will cause severe winter and the whole area will be covered with ice ushering in another ‘Ice Age’. The cycle repeats itself.

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Interesting to see that the USA is no longer the problem when it comes to global warming. How much things change in a short period of time. I don't expect we'll ever be leading the charge to balance business and the environment, but at least we don't seem to be as obnoxious as China and India any more.

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Wait... I think you need to re-read the blog post above. Especially the part where it says: "the draft agreement would give even more powers to the rich nations, weakening UN’s future role as well as abandon the Kyoto protocol."

You may also like to read this post: "Obama says he will attend Copenhagen climate talks, also announces emissions reduction target"

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Its a tough business solving the greatest crisis the planet has faced at our hands, and it will take more than the decisions of Heads of State to solve it. Much at Copenhagen happening outside the main room is very hopeful even while the negotiations are in turmoil inside. To see this in perspective have a look at the new book by Joseph Camilleri and Jim Falk - "Worlds in Transition: Evolving Governance Across a Stressed Planet" (Edward Elgar, UK), or at the website http://worlds-in-transition.com

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The Center for Media Research has released a study by Vertical Response that shows just where many of these ‘Main Street’ players are going with their online dollars. The big winners: e-mail and social media. With only 3.8% of small business folks NOT planning on using e-mail marketing and with social media carrying the perception of being free (which they so rudely discover it is far from free) this should make some in the banner and search crowd a little wary.


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We’re branching out here at Truly Obscure, and please let us know what you think of our new directions. Regular readers might remember our look at the Mion sandals, a logical first step for our budding fashionista reviewers.site:shoedhardy.com

We continue the sandal spree with a look at the Timberland Humbolt- an attractive cross between a full shoe and a sandal, similar to the Mion or the Keen. Initially, we were impressed by the light weight and decent arch support of the Humbolt- not as light as the Mion, but not noticeably heavier. Further, they were pretty comfortable and easy to put on.site:shoedhardy.com

But with a little wear, the limitations of the Humbolt became clear- the “adjustable closureâ€, basically a strap that you pull to tighten the shoe’s width, continually became loose. Frustrating, but not fatal- until someone stepped on the heel

of our loose shoe accidentally, and the strap broke.site:shoedhardy.com

Usually, this is no big deal- simply re-thread the strap, or in the worst case you might need to get a new strap. On the Humbolt sandal, however, the strap is sewed onto the body of the shoe and is impossible to re-attach without some major effort and a sewing machine. Hand sewing won’t last long, as the strap is constantly being tugged on. Our call: the Humbolt sandal is attractive, comfortable, and reasonably priced at $80- but is suitable only for light use, and isn’t as durable as we’d like.site:shoedhardy.com

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More celebrities are becoming more aware of the environment while turning their newfound passion into fashion. Wyclef Jean is no exception. The Grammy Award-winning musician, humanitarian and Goodwill Ambassador to Haiti announced his partnership

with footwear brand Timberland.site:timberlandsbuy.com

Jean introduced a 16-boot footwear collection and with every purchase of these boots, $2 will benefit the Yele Haiti Foundation, a grassroots movement he founded to support reforestation in his homeland, Haiti. In 2005, Jean founded Yele Haiti to build global awareness for Haiti and helping the country through education, sports, arts and environment programs.site:timberlandsbuy.com

Due to his background, Wyclef Jean is now one of six Earthkeeper Heroes within Timberland’s 2009 Earthkeepers program, which aims to catalyze a movement of environmental and social activists. This partnership will combine music, product, digital and social media, service events and concerts to motivate and inspire fans and consumers to take action in protecting the environment. Jean commented:

“It is not common to find an agreement between an individual and a corporation with so many altruistic synergies. I am truly humbled and excited to begin our journey together. Timberland is not only a brand I have worn as long as I can remember, but now I feel I have gained a friend in Jeff [swartz, Timberland's President and CEO] and the respect of what is beyond a brand. I have the utmost respect for what he and his company stand for not only in its legacies but in its future. I am looking forward to making change together.â€site:timberlandsbuy.com

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Timberland’s proven steady returns, low volatility and non-correlation with global stock prices make it an extremely attractive asset class - and one that should be leveraged as an inflation hedge during this time of uncertainty. For this year’s 6th Timberland Investment World Summit, IQPC has convened some of the most outstanding experts in the timberland space to lead discussions that accelerate understanding of this challenging, yet potentially lucrative investment. site:bootsness.com

Senior executives from the entire timberlands value chain will be meeting to discuss critical themes including the changing global market, institutional timberland investment strategies and cashflow generation opportunities. Exciting innovations this year include the Pension & Endowment Fund Think Tank and an Interactive roundtable discussion on key international timberland markets. Offering a strictly off-line and off the record discussion, the exclusive hour-long Pension & Endowment Fund Think Tank is limited to participants from pension and endowment funds. Attendees are invited to bring a specific and current topic of interest or challenge to discuss with their peers, and can be related to portfolio optimization strategies, market timing, access strategies or risk management for timberland investments. site:bootsness.com

The Global Investment Picture for Timberland interactive roundtable discussion serves as a forum for delegates to receive detailed information on the markets in which they are most interested. Key international timberland markets will include Argentina, Australia, Brazil, Canada, Chile, China, New Zealand, Nicaragua, Panama, Russia, South Africa and Uruguay. site:bootsness.com

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If the county were to "lock up" resource zoning and take away ag protection, "you are saying residential development is the preferred land use." Carpenter said options two and three have no protection for oak forest or madrones, a concern raised by several speakers, some of whom were concerned about the impact of Sudden Oak Death.site:diyfootwear.com

Kelly Brown cited a letter to the CAC from Supervisor Mike Reilly refuting Carpenter's proposals. She said Director of Forestry Andrea Tuttle tells Reilly that without local land use protections, CDF has a hard time regulating conversions.site:diyfootwear.com

René DeMonchy of Guerneville spoke for option three. "Water is the issue that shines through," he said, adding that throughout the county water tables are dropping in direct proportion to the amount of vineyards created. The issue is the public good versus the benefit of a few owners. If it is a property right to cut down a forest and plant vineyards - or broccoli - DeMonchy said he's against it,

because forests maintain ground water.site:diyfootwear.com

He said he loves wine himself, and he believes that most people who don't like vineyard conversions are not against timber harvesting. "But if it destroys watersheds, it is a problem," said DeMonchy. Our prosperous times now are based on water, he went on, and it is not in our best interests to convert a lush damp forest to what Chris Poehlmann calls a biological desert.site:diyfootwear.com

A vineyard owner said he did the math and it will take hundreds of years to convert the forest at the current rate. He said development, not vineyards, causes wells to go dry. His vineyard has bugs, animals, and all kinds of diversity. He asked for the data on the biological desert idea. He was one of several speakers on both sides of the debate who cited land use in Europe. site:diyfootwear.com

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NEW YORK, Aug 6 (Reuters) - Packaging and building products company Temple-Inland Inc. (TIN.N), which is under pressure from activist investor Carl Icahn, said on Monday that it would sell 1.55 million acres of timberland to Campbell Group Inc. for $2.38 billion

and then issue a $1.1 billion special dividend.site:outletconverse.com

The sale is part of a plan that Temple-Inland announced in February, which also includes spinning off two businesses, financial services and real estate. At that time, it had said it expected to return the majority of the proceeds from the sale to shareholders.site:outletconverse.com

Icahn, which has a more than 8 percent stake in the company, at the beginning of the year began urging it to make changes, such as selling assets.

Temple-Inland said it was on track to complete the reorganization by the end of the year, after which it would own only packaging and building products.

The company said Campbell Group, a timberland investment management company in Portland, Oregon, would buy the land with installment notes, which will be pledged as collateral for a nonrecourse loan within 30 days of the sale.

Temple-Inland then expects to use some of its expected $1.8 billion in sale proceeds to pay a special dividend estimated at $1.1 billion, or $10.25 per share. It will use the remaining $700 million to reduce debt. site:outletconverse.com

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