Information - The Report by Ann Walker & White Arrow

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The report was written in 1992 by Ann Walker over a period of 1-2 years, from information given to her by her spirit guide, White Arrow, and several other spirit people. It does not matter what your beliefs are, for after reading the detailed report, it will give you an opportunity to see that a humble spiritualist medium from England, who has had no education in this field, was able to produce a report of such quality.

The report itself, was published in Ann's second book, Little One - Message From Planet Heaven (recently republished) and in The Messenger The Messiah, which is Ann and White Arrow's new book and published in 2003. In 1992, the report was sent to the leaders of the World and to the United Nations. During 2003, the report was sent to several scientists in England, and again to the United Nations, and to the Intergovernmental Panel on Climate Change (IPCC). We received a letter from R.K. Pachuari thanking Ann and saying the report would be studied in detail.

In 2002, the United Nations verified that the report was 50% correct. If 50% was correct, it left Ann in no doubt that the rest was also correct. The other 50% was unable to be verified at the time due to the nature of the report.

The report has been available for download from www.saveourearth.co.uk, www.whitearrowchurch.com and www.annwalker-whitearrow.co.uk. We now present the report as web pages for you to view online since it is rather large.

Ann and us value your comments so please email us, if you have any questions or comments.

The images in the Report have been removed to reduce loading times. However, they are available in the full report, in PDF format, in the section on White Arrow's message.


Prologue to “The Report’,

in the context of recent Asteroid trajectory prediction in October 2028


I think, bearing in mind the content of this report, it will be useful to make a few observations based on “common sense” reasoning. This is partly why the report will be re-included in my next book.

In the “report” I have tried to give a “flavour” of how complex computer simulations (and predictions) are based on a cascade of Linear or Non-linear mathematical/scientific tools. “Variance”, an erroneous “technical assumption” or “over simplification” of just one element in the series of calculations would give a completely different answer. I think anyone with even minimal exposure to “High School” Mathematics can perceive this.

For instance calculations and “Estimated Time of Arrival”, of the “One Mile Across” Asteroid, by the European Space Agency (ESA), yielded a prediction of arrival in October 2028 and an estimate of the Asteroid of passing the Earth at a distance of some 30,000 miles. Their work also gave a prediction of a 1 in 1000 chance of a direct impact with Earth.

The original ESA prediction of 30 thousand miles may be put into context by consideration of the Moon’s distance of 250 thousand miles. The very causation of tides on the Earth’s oceans may make one perceive that the most precise and accurate prediction of the Moon’s true gravitation affect is just one element in a series of calculations that may be crucial as the Asteroid approaches.

It is much publicised in the popular press that the destruction and extinction of the Dinosaurs is attributed to an Asteroid of similar destructive magnitude to that expected, approximately, in the year 2028. Clearly there would be a very united and pronounced public “outcry” across the countries of the world - particularly by younger people who will be “Tomorrow’s Voter” and reasonably expect to be alive until at least 2028 or thereabouts.

If one applies the simple principles of what is called “Brainstorming” or “Problem-Solving”, features of the most expedient (politically and otherwise) action would be to “produce” one prediction from a highly credible source to dissolve any public anxiety about the Asteroid impacting. If it were desirable to achieve this end then some “new evidence” would have to “present itself” - because European Astrophysicists and Space Scientists are comparably eminent to those of NASA.

There could easily be “presently undetected” bodies that may affect such Asteroids by their Gravitational fields bending the trajectory. The ESA prediction of a 1 in 1000 chance is a very high chance of impact in Astronomical terms. An “Assumption” (an educated guess) in just this one element’s “variability” may greatly alter the outcome of predictions.

If one continues to consider matters logically, a Government agency might find that at one extreme, too many variables are involved to give any prediction with high certainty of avoiding the Earth. In such a case, depending on Astrophysical “Assumptions” chosen, it is completed ethical to “announce” a prediction that “say” the Asteroid will miss the Earth by at least several thousand miles.

There has been discussion in the media, regarding the Asteroid, of the measures that might destroy or deflect such a huge body in space. What little that has been announced was inaugurated by president Reagan in his Strategic Defence Initiative (SDI), colloquially known as the “Star Wars” program.

Various advances in the Technologies originally proposed have taken place but none has reached the levels of fruition or effectiveness hoped for during the first Reagan presidency. During this time frame also, the major cost projections for full development caused great unrest and discord in the US Congress.

Lightweight chemical lasers (such as Hydrogen-Fluorine types) would be based in orbit. Ground based lasers were to have undergone development “Scale” them for enough power to “knock-out” targets in the upper-Atmosphere. Necessary developments in the Technology for “electrical power generation in space” also did not receive funding. Presently portions of the SDI work is used in the US “Space guard” project. It seems the unscaled ground based lasers facilitate high quality photographs of the “Stars.” Moreover an International treaty, decades old, prohibits Nuclear warheads to be based in Earth-Orbit that might be “ready” for smaller Asteroids. (Despite the apparent danger of having such devices in Orbit).

I have written many letters to various US Agencies on topics that concern such an Asteroid eventuality. For instance several unanswered letters, by registered post, to NASA seeking to confirm aspects of the “Space guard” project alluded to in documentaries. I have included, at the end of this note, a “straightforward” letter concerning the “Laser Metrology” via NASA’s Moon-based Instruments and laser measurement of changes in the Moon’s distance and Orbital mechanics. Such technology is not commercially confidential (laser metrology already has many present uses industry) and is “unclassified” technology. No acknowledgement or reply was ever received on this specific subject.

A few days after the publicity of the European Asteroid prediction NASA announced that they confidently expected the Asteroid to pass no closer than 600 thousand miles to the Earth. Apparently the same Asteroid appears as an incidental observance on existing NASA photographs - enabling the calculation of this new and “heart-warming” prediction. And a subsidiary consequence of the new prediction is, the public’s concern being nullified, Major world governments will be spared the expense (driven by public concern) of development of measures to give the Earth protection from such Asteroids. “Common Sense” tells one by the time scientific opinion on both sides is in agreement, there will be no time to build and develop such devices.

Although I do not consider myself capable to fully understand the technical basis of NASA’s new predictions, I have not been able to find an even cursory description the assumptions and outline of NASA’s “heart-warming” prediction. There are lobby groups with suitable expertise (and access to expertise) such as the “Space Watch” Lobby group. I am puzzled, given their importance, that a set of these Astrophysical calculations are unavailable.

It has been mentioned that one reasonable possibility is that the Asteroid may be influenced by other bodies (say, on oblique trajectories, so they appear to be almost stationary from Earth). The light that appears on celestial photographs may be “bent” by the gravitational pull of bodies that will influence it on its way to Earth. (Gravitational fields may also “speed-up” or “slow-down” the Asteroid itself in its 30 year journey towards Earth’s Solar system). For instance Einstein’s “General Theory of Relativity” defines a gravitational influence to “bend” the straight path of light in terms of “1.5 seconds of Arc”. (Prior to Einstein’s work, and based on “Newton’s Laws”, this was calculated to be about half this with a gravitational influence of 0.8 seconds of Arc - clearly completely different trajectories would be projected in each case).

I imagine that if so very little is done, in real terms, in the present, for Global Warming, Climate Change and destruction of the Rainforests then future events such as the Asteroid Stellar phenomena will not be political problems after the NASA prediction. Moreover whether or not we have the ability to reverse the destabilisation of the planet’s surface or to harness our technology for such Stellar events - then our governments, perhaps understandably, will wish to avoid public unrest and retain the fullest possible control over their goals and activities.


Ann Walker
England
March 1998


Foreword


This report is the full interpretation of the five drawings given to me on the ship by Michael, Zipper, Bear, Eagle and Alien Girl, together with the equations and information given by Einstein. Although I believe it is directed at the scientists of the world, I want the people to know what it contains.

It was compiled under White Arrow’s guidance between February 1992 and February 1993. As I sit down with White Arrow to complete the final part of it, the Aliens come in one by one and gather around me. I do have the full interpretation of their five drawings now, but although the information is together, I have to admit that some of it makes little sense to me. I shall need all the help they can give to take this report to the people. Suddenly I feel a shiver run down my back. I pull my cardigan close around me and cross my arms and White Arrow speaks. He has something more to add. I reach for my pad and pen.

‘Grave problems face you all. First I will tell you, the people, in my own words, then we will give you a scientific report. This report, Little One, you will send to the governments of the world.’

I wonder how on earth any government will listen to me, and then I feel the fear again. The ink in my pen is running out and, frustrated, I drop it to the floor and reach for another one. I know already that there is a comet coming and I know that unless we listen to White Arrow and the Aliens, our world will come to an end. With their help we can be saved. If we ignore them, the consequences will be too horrendous to think about: and yet I know that I have to think about them. I have to think about my granddaughter and all our future generations. I cannot let my fear defeat me. Ink finally appears from the new pen to give life to the blind indents and scribbles on my pad.

‘It is not easy for me to tell you of bad that will happen. These things I do not wish to bring you. I would have wished to bring you happy news on my return but instead I have to tell you of the troubles that lie ahead. With your help I can save you. Then I can bring the good. Help my father to help you.

‘I have already told you that your Earth has moved two degrees out of its orbit. In twenty years time it will move another three degrees because of the rainforest destruction. This will make a five degree change. Already the two degree move has altered the molten fluids beneath the earth’s surface. This in turn is causing fault lines to shift, which is why you experience more earthquakes around the world. As the next twenty years come so will you see new fault lines appearing and yet more earthquakes will shake the land. Large areas of the planet will be totally destroyed. Land will submerge. Japan and small islands will disappear. Parts of Russia will disappear. The southern tip of South America will disappear. Many miles of coastline will be submerged into the seas and parts of land will be lost over all the world.

‘The Earth is becoming warmer because the damaged ozone layer now allows the sun’s rays to heat the planet with greater intensity. The core of the earth is overheating. In thirty years time many species of animal will be lost. Man will find parts of his world changed. Your moon which already affects the tides of the ocean will have an effect twenty times greater by then. Tidal waves that have never been seen by man before will cover the land. The fish that you catch will move to different parts of the ocean and be no longer there to feed you. Your crops will not grow because the weather will change. There will be storms, cyclones and tornadoes in parts of the world where they have never been known. Great rainstorms will flood the land and destroy not only crops but grazing land as well and the moon, being too close, will have an effect here too. All land will be affected because the earth’s atmosphere will be too close to the atmosphere of the moon. They will be too close because of the five degree change.

‘The ice caps will melt and the seas will claim the shorelines of many countries. Between thirty and fifty years from now an ice age will appear over many parts of the world while in other parts temperatures will rise to over two hundred degrees. Great fires will destroy more forests and grazing land will be burned. In thirty years there will be few safe areas in the world, yet even these will be of little use to man, for in fifty years no safe place will be left.

‘As the trees are being destroyed, so are the grasslands being taken away for roads and buildings. Petrol fumes, among other things, are destroying the ozone layer in your atmosphere and affecting the health of man. In twenty years time, twice as many cars and factories will produce ten times as much pollution, and destruction to the ozone layer will continue causing further heating of the earth’s core. We have a formula to help with this problem. We have given all the facts and figures in The Report, but the cause of all this happening lies with your continued destruction of the trees that give you life. As each tree falls so your destruction comes closer. The trees keep you alive. They play an important role in the balance of life. Trees take in carbon dioxide and give out oxygen. Without oxygen you and other breathing life forms cannot survive. Humans take in oxygen and give out carbon dioxide. Without trees you cannot exist. Even the grass you walk on and the flowers you admire give you breath. The rainforests are like a belt around the earth. Even their weight plays an important part in how the earth spins in balance. Removing the trees will cause a five degree change in the planet’s orbit around the sun. The trees are also a force field. Winds from one part of the planet are kept away from another part by the trees. They cause a direction that makes it safe. Without the trees the winds are left to follow their own direction causing them to grow stronger and further damage the earth without the force to hold them back. Diseases will be carried from different countries. They will not be contained because the winds and weather will be out of control and the ozone layer will again play a big part in your destruction.

‘It is the felling of the rainforests and other things that have mainly caused the problem we see. Man must take responsibility for his actions. His actions are adding to his own destruction in fifty years’ time.

‘I will now talk about the object that is coming. The comet will not hit your earth. Its pathway has already been mapped out to pass your earth. I know for I have seen this but you must hear: the atmosphere of your earth and your moon will be too close together and so will be in the comet’s path. As the comet passes its speed and weight will pull the middle of the earth outwards causing it to erupt. Lands will sink and mountains will come down. Land man has never seen will appear in the place of lands that have gone. No man will walk the earth again for millions of years to come. This is why I have returned to you, to turn back to God and help him to repair the damage before it is too late.

‘We have eighteen years only to do this in: ten years to stop the felling of trees and eighteen years now to start replanting the forests. This will bring the earth back from the five degree danger.’

I stop staring at the pad and lift my eyes to where White Arrow’s blue eyes are sparkling. Somewhere in the distance I am aware of feelings of fear and disbelief that this is all being placed on my shoulders. I am selfish enough to want White Arrow with me, but not to want his work. Who will listen to Ann Walker? I dismiss the feelings – just brush them away and call them human.

White Arrow and the other Aliens stand in front of me. Their hearts are for the living. There is White Arrow who has given me life and around him those who work with him to help us for no reward other than to see us avert our own destruction. What can I do but take these words of theirs and pass them onto the world, so that many minds can join together and work towards a hope for our survival? Someone greater than ourselves is behind these words, and if through them we can save our beautiful world, then perhaps we can learn to live in peace for all time, remembering always that God does exist and that he has sent his son once again to save our world.

White Arrow shows me the symbols of the world, and, just as I thought we had finished, he speaks again.

‘I want my people to know the truth. You shall show them The Report and they shall know that it was to be for everyone so that everyone will know. With this knowledge that I give, the people can be informed and, once informed, can cause change.’

Please bear in mind that this report was written in 1992 and was sent to the United Nations Intergovernmental Panel on Climate Change in 1992. They subsequently responded and stated that the report was 50% correct. The other 50% has yet to be verified due to the nature of the Report.


  1. Global Heat increase and ‘Irreversibility of Two State Climate Disintegration’


Foreword

As one looks at the weather it is clear that extremes of weather are becoming more prevalent. The weather is nature’s delicately evolved system of balancing and moving heat. It does this through the atmosphere, the seas (and sea floors) and heat is interacted and balanced with the mantle. This system, the weather, is concerned with delicate balances that nature has evolved over 386 million years.

The surface of the earth, the earth’s crust, rests on molten fluid of the earth’s mantle. The temperature and heat energy stability of the fluid beneath the surface provides stability for the surface itself. Yet as the atmosphere, oceans and the whole surface get hotter, this will change.

As the escalating rate of destruction of features of the environment gets even faster we see government proclamations of key environmental changes that have very reassuring preciseness. For instance only a 2.5 degree temperature increase in global temperature is predicted, and only a 0.5% reduction in atmospheric free oxygen is predicted at worst case. Whilst these predictions involve scientific readings and data they also involve assumptions.

And, despite comforting predictions, something seems to be going wrong at a fundamental ‘interactive’ level of the earth’s climate. As we ourselves wait for more data, for statistical studies for instance, or more deeply technical data, we seem to be overlooking some remarkably fundamental changes we are causing in the atmosphere and environment.

We know the rainforests will be almost completely destroyed in the early portion of the next century if current trends continue. At a similar time, the growth of motor vehicles is ‘projected’ to match human population. It has been known, for many decades, that there must be a balance between carbon dioxide and oxygen producers. Humans and ‘breathing’ life consume oxygen and produce carbon dioxide – trees and vegetation consume carbon dioxide and give us oxygen. Cars consume our oxygen and give us carbon dioxide as well as atmospheric pollutants.

As the increasingly unpredictable weather affects the global weather system, we increasingly see hotter summers. As the climate becomes progressively more and more unstable we should realise that the consequences of this disintegration extend far far beyond ‘a warmer atmosphere’ and increased skin cancers from ‘ozone depletion’. The fundamental mechanisms that support oxygen breathing life are being destroyed.


Sequence of diagrams and figures

General overview

  1. Earth’s heat energy accumulates – and the planet cannot lose it!
    The Greenhouse Effect.
    The Earth’s energy balance
    The carbon cycle.
    Deterioration of the carbon cycle.

  2. The main heat and oxygen regulators
    The High Atmosphere.
    The Air Sea interface
    Tropical vegetation
    Continental shelves
    Seasonal Photosynthesis and oxygen production in Northern and Southern hemisphere

  3. Increased planetary heat energy and convection current shifts beneath the Earth’s crust.

    Heat energy propagation of fault lines

    Computer modelling of system inertia (and parameters)

    Interaction of global warming, density changes, tilt and geothermal activity.

    Effects of planetary body.

  4. TREES, heat transfer, changing wind patterns, increasing tropospheric distribution of ozone destroyers

  5. Typical changes projected at end of first process stage (20 years)

    The USA
    Australia
    Ice Caps
    Russia
    Central Africa
    Europe and England

  6. Heat energy of the planet grows and evolution’s delicate heat transfer mechanisms disintegrate!


  7. Concluding remarks


References


APPENDIX 1

Maps related to Section 5 :

Map 1 – process phenomena at 20 years
Map 2 – safety zones at 20 years of process
Map 3 – new land mass emergence
Present land use and economy
Land use by Continent, presently and 20 years into process
Figure 6 – loss of nutrient production at 20 years
Figure 7 – loss of nutrient production at 20 years


APPENDIX 2

Notes on planetary phenomena and orbital mechanics interaction toward second stage of process :

Orbital mechanics notation and diagrams


APPENDIX 3

Present day planetary climate and dependent phenomena

APPENDIX 4

Representative fauna depletion at end of first process stage


Sequence of diagrams and figures *


Rise in carbon dioxide and ‘one’ projected temperature increase

Overall oxygenation capacity-table

Table of Radiation – the spectrum of light

Table of worldwide Deforestation and carbon dioxide rates of increase

Structure of Earth’s atmosphere

Earth’s core and plate tectonics

Earth’s core and convection currents

Density, temperature and Pressure variants beneath the Earth’s crust

Earth’s data and the sun’s path

Moon data and moon’s affect on Earth’s surface

Figure 11 – Effect of planetary body

Seismic waves (and secondary seismic waves)


Please note that given the draft stage of this outline report, for purposes of scrutiny only, the illustrations to be generated for my final work (to be published) are not ready yet. Therefore similar illustrations may aid one’s considerations.


General Overview

Two concepts within this chapter are key and should be considered interactive. One of these processes, related to the gathering pace of ‘inertia’, is of catastrophic immediacy. The gathering inertia affects individual elements of the Global Climate process, as well as the escalating instability of the Global Climate process.

Throughout the various concerns regarding global warming (and ozone layer depletion), the analysis seem to fall short of equating the effects of the planetary systems overall level of heat energy. The ‘inertial’ rate of this increase and the geothermal consequences of this are of prime importance. Moreover, the global warming effects of ‘matter’ beneath the earth’s crust are not considered. This seems to be the case throughout the weather – and climate – based computer models of the effects of global warming.

It also seems to be clear that the ozone layer depletion is openly recognised as being of significance, but primarily because of its link with ‘hotter’ weather and skin cancers etc. In fact, ozone layer depletion and the consequent admittance of shorter wave lengths of light also has significance in higher magnitudes of heat energy imparted to the earth’s surface. Global warming and ozone layer depletion are not seen as critical interactive parameters in the ‘thermal equilibrium’ of the earth. It should be considered that there are critical changes taking place that are part of a fundamental geothermal process, which will yield catastrophic weather and climate consequences.

The effects on the Global Climate process will be irreversible in some twenty years’ time. It is considered that although there is one immediate measure that can alleviate certain areas of the crisis, this measure would require a ten year rapid implementation. Although the measure concerned is very simple to implement, only its immediate, rapid and expansive deployment will avoid the termination of all cycles in the process.

Analysis of data shows the existence of a Stochastic Probability Density Function, which underlays the integrated elements of the Global Climate Process. It has been ‘identified’ that there will be a process juncture, in some twenty years. The probability density function mitigates toward minimal variance in the duration of the second process stage. The second (and final) stage of this process will be final in approximately 50 years. Also, as indicated earlier, the ‘inertial’ characteristics of increases in the process parameters will render matters irreversible in 20 years’ time.

It is considered that in some 20 years’ time the exact nature of these parameter changes will be amply apparent. By this time certain phenomena, geothermal in origin, will clearly have evidenced themselves. Although the statistical inertia of the parameters (that govern the process) may then indicate some chance of recuperation – there is an as yet unseen event that will overwhelm ‘eleventh hour’ activity.

Earth’s heat energy accumulates – and the planet cannot lose it.


The Greenhouse Effect

Carbon dioxide (presently 0.05% of the atmosphere), like the glass of a greenhouse is transparent to most incoming short wave radiation, which passes through it and heats the Earth. However, when the Earth re-transmits that energy in the form of longer wave infra-red radiation, the carbon dioxide behaves as an opaque shield, so that the Earth’s surface remains hot, and is subjected to growing levels of heat.

The Earth’s surface, which is continually being subjected to ever increasing levels of Heat energy, must obey the basic laws of physics. As the atmosphere and surface gain Heat, this is geothermally conducted into the molten fluid beneath the continental plates, the molten fluid of the Earth’s upper mantle.

The Earth’s energy balance

It has been considered for some time that the greatest quantities of heat energy have and will always remain at the Earth’s very core, without these large magnitudes of geothermal (heat) energies being carried upward (toward the crust) into the mantle’s convection currents. It has been accepted for some time, as a basic precept, in the Earth’s energy balance, that the crust is only subject to a modest quantity of heat energy from the molten core. However, this is changing. The heat energy is growing – as the mantle acts as a heat sink.

It is accepted that Earth’s crust (and therefore the planet as a whole) receives all of its energy from the sun. If the planet is to remain at constant temperature, it must radiate EXACTLY as much heat as it receives.

The temperature at which equilibrium is reached depends on a multitude of interconnected factors. The TWO main factors are the Earth’s index of reflectivity (i.e. relative brightness – ALBEDO) and the heat-trapping capacity of the atmosphere – the Greenhouse Effect.

The Carbon Cycle

The Earth has a huge supply of carbon, only a small quantity of which is carbon dioxide gas, in the atmosphere. Some 98% of all Earth’s carbon is thought to be dissolved in the sea.

The carbon circulating in the air is now some 355 Parts Per Million. Its capacity as a greenhouse gas is the key regulator of the Earth’s temperature. In turn the ecological balance, based on trees, regulates the regulator – keeping carbon dioxide concentrations below danger levels – until now.

Most of the constituents of the atmosphere were kept in constant balance by complex cycles in which the life forms on the Earth plays a dominant part.

All the elements of the carbon cycle must interlock and balance. However there is a drastically ‘escalating’ trend away from this balance in key elements of the carbon process. For instance we humans breathe in oxygen from the air and ‘replace’ it with carbon dioxide, at the turn of the century there were 2 billion human beings, and at centuries end there will be 7 billion. Trees (and vegetation) consume carbon dioxide and replace it with oxygen. At the turn of the century all the world’s major forests were virtually intact. The deterioration of the carbon cycle is not a ‘gradual’ process, it is an escalating process.

The control of carbon dioxide is the most important of all the Earth’s biological and geophysical cycles and it must interact in a stable manner.

The so-called carbon cycle has remained stable for millions of years. However, human beings have found various ways to release fixed carbon at a rate far faster than the existing global system can re-circulate. It has taken only a few human generations to disrupt the entire complex regulatory cycle, in a deteriorating trend.

Deterioration of the Carbon Cycle

Since the beginning of the Industrial Revolution, human activity has pumped steadily increasing amounts of carbon dioxide into the atmosphere. Most was absorbed by the Earth’s oceans, whose immense ‘sink’ capacity meant that 170 years were needed for levels to increase from the ‘pre-industrial’ 280 Parts Per Million to 355 PPM today, which has overwhelmed even the oceanic sink.

Atmospheric concentrations are now rising almost as steeply as carbon dioxide emissions themselves. Today, carbon dioxide emissions are at 355 PPM, yet this is in the context of a drastically increasing trend.


Images omitted to reduce loading time:

The Effect of Atmospheric Changes on Heat Transfer
Carbon Dioxide Released into the Atmosphere in Millions of Tonnes (1980s)
The Rise In Carbon Dioxide
Radiation
Convection Theory
Conceptual Considerations of the Non-Linear growth & decline of Life Support parameters

  1. The main heat and oxygen regulators

The High Atmosphere

On the edge of space, the ionized outer atmosphere shields the Earth’s surface from high energy radiation, solar particles and meteors. Below this the ozone layer traps high energy ultra-violet radiation. As the ozone layer diminishes, higher energy radiant heat waves will escalate their impact on global warming.

The Air-Sea interface

The ocean surface is the location for most of the great systems of heat exchange that keep the earth functioning properly. In addition, this absorbs and circulates the critical atmospheric gases. However, its effectiveness at ‘sinking’ carbon dioxide has diminished, as is noted in the ‘deterioration of the carbon cycle’.

Tropical vegetation

The previously extensive and lush growth of rainforest and other vegetation in the Earth’s tropical zones is one of the most important oxygen generators on the planet. Such large scale transpiration influences rainfall and climate patterns both locally and far afield. The destruction of this oxygen production capacity is a key parameter. (The deforestation figure will give an indication of the escalation in the rate of destruction of this regulator).

Continental shelves

The warm, shallow fringes amount to some 21% of the Earth’s total ocean area but contain a far higher proportion of its plant and animal life.

Vulnerable to coastal and marine pollution, plankton and other plants in these waters are KEY ELEMENTS IN THE CARBON AND OXYGEN LIFE CYCLE.

This one topic will be used as a brief example to indicate part of the process that will become irreversible in 20 years’ time. It is considered that the oxygenation capacity of the shoreline plankton compares with that of trees and vegetation, in overall production, as follows – and will be reduced as indicated below:


Overall Oxygenation Capacity *

  Trees and vegetation Shoreline plankton etc Proportion of present capacity
Present 70% 30% = 100%
Capacity reduced @ 20 years 59¼ % 19¼ % = 78%
Capacity reduced @ 50 years 53½ % 13½ % = 67%

* Note that these figures are derived using the most favourable data and probability density functions.


When carbon dioxide reaches 1%

The oxygen content of the atmosphere will begin to fall away, toward the very end of the process, due to diminishment and increase of various parameters. The oxygen will steadily combine with atmospheric nitrogen and the volcanic outgassing that will be mentioned later.

In doing so, it would react with the sea (and also carbonaceous rocks, such as limestone) releasing even more carbon dioxide. When the carbon dioxide level reaches approximately 1% of the atmosphere, its greenhouse power will undergo a drastic disproportionate increase. Rising temperatures would speed chemical reactions.
At the end of the process, once all life is extinguished, the temperatures would rise, exceeding the boiling point of water – and in time the Earth’s atmosphere would consist of little more than carbon dioxide and superheated water vapour.

Seasonal photosynthesis and oxygen production in Northern and Southern hemispheres

In the conversion of carbon dioxide to oxygen, photosynthesis is a global process that embodies this conversion. Photosynthesis is ‘powered’ by sunlight. There are seasonal changes in ‘daylight hours’ and these variations are directly related to the duration of photosynthesis.

For a long time a great stabilising feature of atmospheric oxygen was the tropical rainforests. Their tropical location gave them the longest daylight hours throughout the year, with minimal seasonal variation.

Vast tracts of tropical rainforest are destroyed at an ever increasing pace. One conservatively derived estimate shows the complete loss of all tropical rainforests in the earlier part of the next century. This loss is not just the destruction of nature’s oxygen producing capacity. The photosynthesis process is integral to balances such as the carbon cycle. As an element in the cycle is diminished, this is analogous to the ‘furring-up’ of a main artery of a circulatory system, and other arteries would need to be able to compensate.

As the tropical rainforests are destroyed, the trees and vegetation of the northern hemisphere would need to be increased to compensate for ‘lost’ photosynthesis capacity. There would need to be another increase again for the increase in world population. This artery needs to get larger – not what is happening now.

A massive forestation program is required even to balance the lost capacity of the tropical rainforests.



Images omitted to reduce loading time:

Photosynthesis
Compensation Points
Rainforest Areas
Structure of Atmosphere
Plate Tectonics

  1. Increased planetary heat energy and convection current shifts

    beneath the Earth’s crust

It is generally considered that depletion of the ozone layer and the general global warming are significant concerns. But there seems to be very little consideration of the effect of global warming in the context of correspondent changes that will take place in the convection currents of the molten material in the mantle, below the Earth’s crust.

Today, the volcanic activity that takes place in line with known and studied faults in the surface of the Earth that are related to the current geometry of plate tectonics. However, there are changing environmental parameters that will change the nature of faults in the Earth’s crust.

Broadly speaking, there is a casual link between global warming and the new fault lines that will cause phenomenal changes in the behaviour of the Earth’s crust.

Oxygen depletion, in the atmosphere, is clearly associated with the global warming but will have a subtle effect in the density and striation of the formerly estimated 17,000 million tons of the Earth’s atmosphere. Setting aside reassuring government figures the present level of atmospheric oxygen will have diminished by some 20% in twenty years’ time.

It should be considered that the disposition of the faults in the geometry of plates is based on a careful balance of forces from above (which will also comprise gravitational attraction from passing bodies) and below the Earth’s crust. These forces, that give stability to the Earth’s crust, are affected by the parameters of the Earth’s heat energy balance – evolved through geological time.

Heat energy propagation of fault lines

Present day fault lines are heavily dependent on the nature and stability of ‘the upper mantle’, beneath the Earth’s crust.

The effects of global warming (and the gradual absence of the Earth’s heat dissipating capacity) together with the elementary laws of heat transfer mitigate towards the gradual increase of heat energy held in the fluid of the mantle. This will, in turn, increasingly perturbate and stress the Earth’s crust in different patterns. It is generally considered that fault lines and plate movement/activity will correspond to the lines shown in Map 1.

However this is NOT the only parameter feature that relates to heat transfer. The increase in the overall heat energy, and change in the heat transfer characteristics of the upper mantle’s convection currents, will clearly cause temperature increases in the lower mantle and outer core. This is beginning to cause the changes that will be fully realised in the some twenty years from now. (1992)

There will be a transition period in which the effect of the ‘increased’ TOTAL heat energy of the planet will cause an interaction between the ‘lower mantle’ and the ‘outer core’.(* See Note)

This process, already beginning, will cause fluid movement from the outer core, up through the lower mantle, into the upper mantle. (The Earth’s crust rests on the upper mantle.) Not only will this disturb the thermal equilibrium of the upper mantle, it will have a radical ‘further’ effect on the convection currents – and hence on the fault lines, plate geometries, plate movements/activity etc.

The overall effect of the ‘increasing’ temperatures is to give rise to the beginning of massive geological activity (earthquakes, volcanoes, land subsidences, land elevations and massive tidal waves.) THE FORMATION OF THE NEW FAULT LINES IS THE BEGINNING OF THIS CATASTROPHIC PHENOMENON.

One key indicator will be an earthquake that takes place in San Francisco between the years 1998 and 2004. This earthquake will be ‘earlier’ than its cyclical interval (from past history). Analysis of the seismic data, PARTICULARLY SECONDARY WAVES, will demonstrate changes in refraction patterns (and therefore fluid density changes IN THE MANTLE AND CORE).

* A key exposition of the basic factors that will govern behaviour of the interactions of the geothermal energy is reference 1.



Computer modelling of system INERTIA (and parameters)

The various interactive parameters that contribute to the raising of the planet’s retained heat energy are clearly complex – but a process is evident. Moreover attempts to ‘lump’ parameters or other mathematical simplifications, for purposes of a simple mathematical model, would certainly give dangerously misleading predictions.

It is evident that to date, only the subsystems have been subjected to modelling attempts. ‘Subsystems’ may be considered as, say, the very competent ecology models of Dr Anthony M. Starield (University of Minnesota) and the Arnold Arboretum Institute’s model (of Boston Massachusetts), being developed for forest depletion effects.

The effect of each parameter’s inertia, in the overall system, will be STOCHASTIC* in nature. And accordingly only models (computer models) which adequately incorporate stochastic probability density functions will be useful tools in perceiving the true nature of inertia changes in the overall system that is associated with global warming.


The consequences of departure from the planet’s thermodynamic equilibrium will be irreversible in 20 years. I repeat: only expansive activity, implementing the solution DURING THE NEXT TEN YEARS, will lessen the drastic future events of this process.

* Please see reference 2 for a concise outline of the basic theory:

Very simply, it should also be realised that ‘deterministic’ models are not capable of the analysis of such a system. They do not build chance into their basic parameters or subsystems. Stochastic models allow for such parameter variances – however, the average behaviour of many runs of the model is consistent and predictable.

The correct identification of the System’s Stochastic Probability Density Function defines whether large or inordinately large matrices are ‘inverted’ within the model.

Interaction of global warming, density changes, ‘tilt’ and geothermal activity.

It is considered that informed sources are already aware of a ‘tilt’ in the axis of rotation of the Earth. A tilt of the Earth’s axis of rotation, some 2 degrees from the previous 66 ½ degrees, is of greater significance than initial observations might show. This will increase by a further 3 degrees during the next 20 years, giving a total increase of 5 degrees.

The tilt is an indication that the geothermally induced density changes beneath the Earth’s crust are taking place already.

This is a cycle of increasing process inertia – ie simply: increased rate of heat retention, therefore more density changes, therefore more stress on the crust causing new fault lines and geological activity. However, because of the tilt (and associated ‘mass moment of inertia’ changes etc. caused by density changes in the Earth) – THE INTERACTIVE ORBITAL PATTERN OF THE EARTH AND MOON WILL CHANGE.

Restating this point:

Density changes, correspondent with the convection current changes, will increase the magnitude of forces pressing the crust outward. Because of these forces, which are consequence of physics of the Earth’s interior density shift and rotational speed, the tilt (and mass moment of inertia changes, coriolis effects and so forth – as the Earth spins) WILL CAUSE A SLIGHT CHANGE IN THE ORBIT OF THE MOON.

Effect of a planetary body

The phenomena described in the next sections are considered to be the outcome of the process already taking place, that is instigated by the global warming process.

However, there is an additional parameter, evident in the calculations of the 19 pages of Einstein’s formulae. This is the massive amplification of the devastating effects caused by severe gravitation attraction from a massive planetary body. The analysis identifies the nature of its ‘unseen’ arrival (within the 50-year process time), and how it will amplify the ‘magnitude’ of process events greatly. Variance in parameters, between the earth and the moon, will draw this body catastrophically close to the earth.




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Six Major Shifting Plates of the Earth's Crust in 1972
Geothermal Process causing Plate Boundary Variance at 5, 10, 15 and 20 years
The Earth; Its Day, Night, Seasons and Measurements
The Moon and its Phases
The Sun and its Path
Tides and The Moon, and Effect of Planetary Body
Circulation of the Atmosphere
Frontal Systems

  1. Trees, heat transfer, changing wind patterns,

    increasing tropospheric distribution of ozone destroyers

It is already well known that the power and propensity of the earth’s atmosphere to hold heat energy, is increasing. Whilst this is true for the atmosphere as a whole, there is a greater ‘concentration’ and effect of this property at certain levels in the atmosphere (and over certain surface areas). For instance in the Northern Hemisphere a new ozone hole is accompanied by abnormally high levels of ozone-destroying catalysts such as Chlorine Monoxide and Bromine trioxide.

It is clearly perceived that the complex nature of the Earth’s energy balances have evolved through ‘geological time’. It is logical, considering the elementary laws of heat transfer and thermodynamics, that these systems developed after earth’s Crust became stable. Clearly the transmission of heat energies between various zones within the earth’s core and, eventually, to/from the crust work at a level of delicacy and complexity that has evolved through geological ages. Given that this is clearly the case, heat exchange mechanisms, throughout the planet, involve interactions across the earth’s surface, with the fluid below the crust, and the atmosphere. The oceans, the ice caps and the wind systems were ‘key’ to the planetary energy balance – whose evolution gave stability to the earth’s crust.

The pattern of the winds, and their interaction with the trees, oceans and ice caps is changing rapidly from that ‘stabilised’ through geological time. The effects of massive acceleration in atmospheric carbon dioxide and tree destruction go beyond the narrow perspective of simple ‘seasonal’ temperature variances. There is a fundamental change, taking place already, in the convection currents (and heat energy level) of the fluid below the crust. The two-degree tilt in the earth and the wind system changes already evident, affect parameters critical to the stability of the earth’s crust.

But there is another consideration, relating to the previously undiminished concentration of another interactive process feature/element. This ‘other’ interactive change relates changes in the patterns of winds and the shifting of their sites of stability in the troposphere. This phenomenon is attributable to increasing divergence in temperature extremes in the atmosphere’s global heat exchange and the escalating demise of parameters associated with trees (ie when considering these ‘system influences’, the south-east Asian rainforests are now at one-third of their area 1900-1950. Worldwide, 50 Acres/Minute are lost).

The effect of trees on the climate extends beyond the mere conversion of carbon dioxide into oxygen. They also interact with the winds, and the changes in the winds clearly affect climate. We can already see this changing in weather we experience today.

Subtle changes in the energy balance of the troposphere causes an escalating trend of extreme behaviour in the temperature, velocity and stability of wind patterns on a global scale – these effects have been clearly evidenced in the recent worsening of weather patterns throughout the world. (Subsidiary effects of these changes in wind patterns are increasing levels of Chlorine Monoxide (ClO) and Bromine (BrO3) in both ozone holes during the warmer seasons.)

Changes in the troposphere’s wind patterns mean those winds that would otherwise be ‘oxygenated’ (and hence have lower heat retaining capacity) have less influence on the overall pattern of global winds – because there are, quite simply, vastly fewer trees in the constant oxygenating zone of the tropics. These wind changes, primarily associated with stable heat exchange systems, are tending to be ‘shifted’ and are affecting the nature of the atmosphere’s global heat exchange with the earth’s surface. This means that greater heat energies are ‘held’ on the surfaces of the crust – which then further participate in the elevation of temperatures in the convection currents of the upper mantle. (Therefore heat transfer characteristics of the upper mantle and crust (1900-1950) which could be characterised by the laplace equation (for the thermodynamic system) equated to zero, are now very different. The atmosphere is equivalent to a system with internal heat generation capacity (and therefore also the upper mantle), so an advanced Partial Differential Equation (PDE) application of the laplace equation (using closed cycle integrations) cannot be equated to Zero. Adequate representation in a computer model is an immensely difficult task.)

The change in the fluid movement of the upper mantle has already caused the two degrees increase in the tilt of the earth, which has a ‘knock-on-effect’ in the wind patterns of the earth. When the wind patterns change even more this will promote more Chlorine Monoxide etc. YET OXGENATED AIR FROM THE TROPICAL RAINFORESTS SHOULD BE THERE TO BALANCE HEAT TRANSFER IN THE TROPOSPHERE, FOR THE SUBTLE BUT CRITICAL, BALANCE OF WINDS AND HEAT TRANSFER PATTERNS GLOBALLY – BUT THESE TREES ARE NO LONGER THERE!

As the heat energy increases in the upper mantle (and fluid below) the tilt of the earth will increase. (To 5 degrees at 20 years.)

Trees are required globally to produce oxygen (for humans to breathe) but also to rectify oxygenation/heat transfer characteristics of the troposphere and HENCE ALSO TO RESTORE WIND PATTERNS TO THEIR PREVIOUS ORIENTATIONS.



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Seismic Waves

  1. Typical changes at end of first process stage (20 years)

The USA

Presently, the weather and climate conditions of North America are dominated by the influence of the great land (and ice) mass to the North. This situation can be thought of as cold ‘radiating’ from the central part of Canada (Manitoba, for instance). Only the mountain ranges (and to some extent the warm gulf of Mexico) distort the present continental influence. Otherwise, minimum temperatures rise in concentric bands, to the subtropical fringes of southern California and Florida.

However, this will change and be very different in 20 years.

Across North America there will be a habitable zone that is correspondent with ‘hot/cold lines’ of map 1. As a general trend across the world, the higher ground and mountainous areas will be better for survival. The eastern part of the North American continent will be subject to unbearable heat – the animals will migrate toward the western part of the North American continent. It is considered that animal life on this and the other continents will reduce on average by 50%, because of the climate changes that will have taken place after the first twenty years of the process.

The weather will be characterised by storms, cyclones, tornadoes and electrical storms whose extreme magnitude is not presently experienced.

It has already been mentioned that at the juncture 20 years hence, the ‘inertia’ effects in the weather, climate and geothermal system will be ‘irreversible’. At this time the situation will be generally appreciated and understood but it will be too late.

There will be an initial ‘ramp-up’ of temperatures, at various locations in the United States, which will cause temperatures of 200 F. (A secondary rate of temperature increase will then dominate till the end of the 50-year period, at which time the entire environmental system will have been arrested).

At the end of the 20-year initial period, there would be a side-effect, from the North American climate, that will trigger the cold part of Australia (then at –59F) to begin a further decline into an Ice Age.

Between the years 1998 and 2004 there will be a transition period in which the effect of the increased total heat energy will cause an earthquake in San Francisco. This will be some years before it is expected, on the basis of previous cyclical averages.

There will be perceived lengthening, at the time of this geological activity, of the San Andreas fault. This will also be another indication that previously unperceived phenomena are already causing new behaviour in the interaction of fault lines and plate tectonics. The San Francisco earthquake will be a KEY INDICATOR.

The point here is that this earthquake will be an essential opportunity for the gathering of SEISMIC DATA. The seismic data, particularly with regard to the divergence of secondary waves, will not be as expected, and will correspond to geothermal and density changes, as indicated in this report elsewhere.

Australia

The coastline (indicated map 1) of the cold western part of Australia will be subject to the beginning of a major land subsidence. The subsidence, beginning in the western part of Australia, will eventually cause a reduction of some fifty percent in the total land mass area that exists today. (A higher sea level will be partially responsible.)

The line shown as the intersection between the hot and cold climate zones will contain the habitable areas, because of the lower temperatures that will exist there. There will be large-scale destruction of many species of Australian fauna.

Ice Caps

In line with the considered trend, the ice caps will undergo a severe acceleration in their rate of melting. The full effect of the accelerated melting will be complete by 2025.

The first volcanic eruptions will be at the South Pole. There will also be a land mass rise at the start of this volcanic activity.

Russia

It is considered that the major land subsidence indicated, corresponding to the new fault indicated on map 1, will take place in approximately twenty years’ time also.

Central Africa

It can be noted from map 1 that there is an intersection to two major fault lines located in Central Africa. There will be major earthquakes (and associated activity) at the intersection of these plate forces. It has been mentioned that the full development of geological parameters, to produce these faults, will be complete in approximately six years. After this time the faults themselves will begin substantive development.

Europe and England

Presently, the overwhelming influences on Europe’s climate are the Atlantic Ocean, the cold land-mass of Asia and the warm air mass over the ocean with its warm Gulf stream. The Gulf stream is so effective in elevating temperatures that, mountains apart, where the Atlantic and Saharan influences coincide in southern Spain, winter temperatures presently can be as high as Florida – ten degrees of latitude or 700 miles farther south.

England will be an indication of the severity of upcoming changes that Europe will experience, during process. In the year 2012 there will be nationwide crop losses. The temperature, twenty years hence, in England will begin at 120F and constitute the start of the irreversible stage of temperature increase. Throughout England, at this time, there will be widespread flooding, together with a phenomenon of frequent large-scale fires that may be likened to the spontaneous fires which occur in Canada/North America after prolonged arid conditions.


  1. Heat energy of the planet grows and evolution’s delicate heat transfer mechanisms disintegrate!

Total planetary heat energy, weather system heat exchange and progressive weather system instability

The weather systems of the northern hemisphere (and Artic), the southern hemisphere (and Antarctic) and tropical zone have been evolved through geological time.

The transfer of heat energy, within and between these weather systems clearly interacts with the earth’s careful conduction and movement of heat energy.

The delicate heat transfer and heat energy balances have evolved to form a balance between the earth’s molten core, the ‘apple skin thin’ outer layer called the crust and the radiant heat from the sun.

The balances of heat energy involve heat energy transmission through the seas, sea floors, surface land masses, the moving molten fluid below the crust, and the heat energy of the earth’s atmosphere. Through many millions of years the heat balance of the planet has been a balance of heat from the sun on the earth’s 70% water/30% land surface and the heat beneath the earth’s surface. The atmosphere has evolved a certain level of efficiency (through geological time) as a ‘vehicle’ for moving heat to and from different areas of the planet. The atmosphere’s role in distributing heat from the warmer to colder areas of the planet is the stabilised pattern of weather that has evolved over many millions of years.

We, all of us, notice that heat moves from ‘hot’ locations to cold locations. We see this, for example, when the ‘heat energy’ in our cup of tea is transferred to the colder air that surrounds and is in contact with the tea. We also see heat transfer in our ovens when we notice the greater heat energy level at the top of the oven – warm air rises, of course. We also observe a similar circulation of heat when we ‘heat’ a pan of water. We know that when heat is added to the water (faster than it can lose it to its surroundings) the water will eventually boil. The ability of different liquids and gases to hold and ‘move’ heat clearly varies (this is known, simply, as specific heat capacity). As the water’s circulation of heat gets faster, approaching boiling, we notice agitation of the liquid increases. We can clearly appreciate such a simple phenomena without resorting to the laws of thermodynamics.

Hence air masses move warm air (and hence transfer heat energy) from the ‘warmer’ surfaces of the planet to the colder surfaces of the planet. (Also it is logical to realise that there is an obvious connection with the way molten liquid/fluid, beneath the earth’s surface, moves.) The weather systems and the other Heat Transfer systems ‘above’, ‘below’ and ‘at’ the surface of the earth are very clearly interlinked. There developed a careful balance, over some 386 million years, that not only kept the surface of the earth stable but allowed the evolution of many forms of life.

The heat energy from the sun (to the earth) has remained constant. Yet activity on the earth’s ‘wafer-thin’ surface is giving the planet ever increasing amounts of ‘extra’ heat energy that is unprecedented in the history of the earth’s surface and atmosphere. (And if we go back to our very apt analogy of heating a pan of water – we know about the ‘agitation’ of the liquid and we know nature cannot remove all this artificially produced heat.) There is nothing in space, around our planet, that can take away the extra heat.

If the maps showing radiated heat, from the earth’s surface, are studied we can see the equatorial region of the planet ought to radiate the most heat. It can also be seen that the colder regions of the ice caps ‘draw in’ heat energy. So a circulation is clear, in the way air masses move, that corresponds to this. So the air ‘absorbs’ and ‘moves’ heat energy as a key part of this process.



The oceans also move heat energy in this global heat transfer network. The effect of insulatory composites of various pollutants at key ocean bed locations is yet to be assessed. However it is easy to see that deficient or partially blocked heat ‘outlets’, on the ocean bed, will cause this geothermal energy to seek other ‘outlets’. This process will ‘stress’ the earth’s crust in new ways. As geothermal for