The Greenland Lost Squadron and the Ice Core Chronology Fallacy: The Recovery of 'Glacier Girl' Beneath 268 Feet of Stratified Firn, the Falsification of Annual Layer Counting, and the Collapse of Deep-Time Paleoclimatology

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Executive Investigative Summary

On the fifteenth day of July 1942, six Lockheed P-38 Lightning fighter aircraft and two Boeing B-17 Flying Fortress bombers executed an emergency belly landing upon the south-eastern ice plateau of Greenland. Abandoned intact on the snow surface, the airframes stood as pristine physical markers of an absolute chronological baseline: year zero of an empirical depositional experiment. For five decades, uniformitarian glaciology asserted that the polar ice sheets accumulated at a glacial crawl of mere inches per annum, with alternating visible bands in deep cores recording hundreds of thousands of discrete summer-winter cycles.

In 1992, the Greenland Expedition Society penetrated the ice to recover P-38F #41-7630, celebrated as "Glacier Girl." The aircraft lay entombed under precisely two hundred and sixty-eight feet of solid, dense, impermeable glacier ice. To extract the airframe, engineers melted through a vertical column revealing hundreds of distinct, alternating, crystalline light and dark bands: a dense sedimentary record formed entirely within fifty calendar years, compressed into a single half-century instead of spanning geological epochs.

The empirical recovery of the Lost Squadron dismantles the foundational pillar of modern paleoclimatology. The individual visible bands counted in deep Arctic and Antarctic ice cores such as GISP2 or Vostok do not record individual solar years; they preserve discrete precipitation events and transient thermal inversions borne upon passing blizzard cycles. By equating storm deposits with annual cycles, institutional academia inflated chronological timelines by an order of magnitude, manufacturing an artificial long-age mythos to sustain consensus science.

I. The Emergency Landing of Operation Bolero (July 15, 1942)

The physical facts surrounding the grounding of the Lost Squadron are preserved within the military archives of the United States Army Air Forces. During the height of the Second World War, Operation Bolero was initiated to ferry American combat aircraft across the North Atlantic to the European theatre via a staged stepping-stone route: Presque Isle, Maine; Goose Bay, Labrador; Greenland; Reykjavik, Iceland; and Prestwick, Scotland.

On the morning of July 15, 1942, Flight Tomcat Green—comprising six twin-boom P-38F Lightning interceptors from the 97th Fighter Squadron, 1st Fighter Group, escorted by two B-17E Flying Fortress heavy bombers from the 97th Bombardment Group—departed Bluie West 8 (Søndre Strømfjord) on the western coast of Greenland, bound for Reykjavik.

Approaching the Denmark Strait, the flight encountered a monolithic Arctic blizzard front. Severe katabatic winds coupled with zero-visibility icing conditions and radio direction-finding failures blocked entry into Icelandic airspace. Attempting to reverse course to their Greenland auxiliary field at Angmagssalik, the flight discovered the coastal fjords completely occluded by coastal sea fog.

With fuel gauges reading zero in their auxiliary tanks, the flight commander, Lieutenant Brad McManus, ordered a collective forced landing upon the vast, featureless snow plateau of south-eastern Greenland, approximately seventeen miles inland from the coast at geographic coordinates:

The landing was executed with remarkable precision. Selecting flat, uncrevassed firn at an elevation of approximately 4,600 feet above sea level, each pilot retracted his landing gear and belly-landed his machine upon the snowpack. While one B-17 suffered minor nose damage, all eight aircraft touched down intact. The twenty-five crew members survived without a single fatality.

Nine days later, on July 24, 1942, the airmen were successfully evacuated by the United States Coast Guard cutter Northland after establishing contact through emergency battery-powered radio beacons. The aircraft were abandoned precisely as they had settled: undamaged, perfectly horizontal, resting flush upon the surface snowpack.

This historic event established an indisputable empirical benchmark for modern cryospheric science. The exact physical position and spatial orientation of eight multi-ton aluminum structures were fixed upon the polar snowpack on a verified date of deposition. Nature was provided a clean slate; humanity was provided an absolute temporal zero point.

II. The Uniformitarian Blindspot: Academic Glaciology vs. Physical Reality

For the subsequent four decades, academic glaciology developed along strictly uniformitarian assumptions. Following the doctrines of James Hutton and Charles Lyell, twentieth-century earth scientists presumed that the massive continental ice sheets of Greenland and Antarctica were the product of vast ages of imperceptible snow accumulation.

According to the mathematical models adopted by institutional research institutes—including the Cold Regions Research and Engineering Laboratory (CRREL) and European polar consortia—the interior Greenland ice sheet experienced a net annual snow accumulation rate of only a few inches to a foot of loose snow per year. Under the weight of overlying layers, this snow supposedly compressed at an agonizingly slow pace:

This transformation—the process of firnification—was asserted in textbook literature to require decades to centuries of gradual compaction. Glaciologists maintained that the upper forty to eighty meters of an ice sheet consisted merely of semi-permeable porous firn through which air and meltwater could percolate freely; true impermeable glacier ice was held to form only under the crushing lithostatic overburden of centuries of accumulated snow.

When independent aviation historians and salvage engineers began conceptualizing an expedition in the late 1970s to recover the intact warbirds, they consulted academic glaciological authorities. The institutional response was uniform:

1. Academic experts informed the early searchers that the aircraft would be resting beneath a trivial blanket of snow—perhaps ten to thirty feet at most.
2. Conversely, other glaciologists warned that the plastic, shearing movement of the ice sheet would have long since ground the airframes into unrecognizable, pulverized aluminum scrap.

Both academic predictions were rooted in the same fundamental failure: the inability to conceptualize catastrophic, non-linear atmospheric and hydraulic accumulation rates.

In 1981, when Roy Degoff and Patrick Epps launched the first search expedition utilizing magnetic locators, they operated under the assumption that hand shovels and small steam pipes would reach the aircraft within an afternoon. They discovered nothing. Subsequent expeditions in 1986 and 1988, deploying increasingly sophisticated proton-precession magnetometers and shallow radar sounders, failed repeatedly because their instruments were calibrated to look for metallic anomalies within forty feet of the surface.

The institutional consensus had blinded the searchers to the physical reality of the Earth's atmosphere: the capacity of the polar sky to deposit monumental volumes of solid water across astonishingly short temporal intervals.

III. The 1992 Excavation: The Super Gopher Thermal Penetration

The breakthrough occurred in May 1988 when geophysicist Dr. Joseph Svitek deployed a deep-penetrating ground-penetrating radar (GPR) array across the search grid. The radar returned an unmistakable, high-amplitude hyperbolic echo from an interface deep beneath the surface: surpassing initial academic estimates and registering at the depth of two hundred and fifty feet.

In 1992, the Greenland Expedition Society—financed by J. Roy Shoffner and led in the field by master mechanic Bob Cardin and Patrick Epps—returned to the coordinates with heavy industrial thermal mining hardware.

To breach the monolithic ice column without physically damaging the vintage airframes below, the engineering team manufactured a specialized thermal device designated the "Super Gopher." The instrument comprised a four-foot-diameter cylindrical copper thermal melt cone weighing over a ton, internally plumbed with high-pressure nozzles that circulated boiler-heated water at eighty-five degrees Celsius ($85^\circ\text{C}$) under eight atmospheres of hydraulic pressure.

As the Super Gopher was lowered into the borehole, it melted downward through the dense polar stratum at a continuous rate of approximately two to four feet per hour. Far from passing through dry, friable snow, the drill traversed a staggering profile:

The physical characteristics of the ice encasing the aircraft shattered every textbook assertion regarding the mechanics of firnification:

1. True Glacial Densification in Decades: Below one hundred feet, the firn had completely converted into dense, blue, impermeable glacial ice with an average mass density exceeding $\rho \approx 0.90\text{ g/cm}^3$. The air bubbles were fully sealed and pressurized under seven atmospheres of lithostatic overburden.
2. Structural Preservation Against Plastic Flow: The aircraft was not crushed into foil. While the immense static weight of the ice had caused minor compression of the upper cockpit canopy and thin upper skin panels, the main spar and the dual Allison V-1710-27 liquid-cooled V12 engines—together with the landing gear linkages and 20mm Hispano autocannon—remained completely intact.
3. Fluids Maintained in Hermetic Seal: When technicians breached the engines, they discovered that the engine oil and hydraulic fluid—along with the high-octane aviation fuel—had suffered zero contamination from external meltwater. The surrounding ice had formed a pristine, hermetic, cryogenic tomb within months of the initial abandonment.

The mathematical calculation of the accumulation rate at the Bolero site is straightforward and unassailable. Dividing the measured vertical overburden by the elapsed calendar time yields the true, empirical accumulation invariant:

Converted to liquid water equivalent (assuming an average consolidated density across the column of $\bar{\rho} \approx 0.75\text{ g/cm}^3$), this represents a liquid equivalent precipitation rate of:

This measured empirical rate is between five and twenty times higher than the average baseline accumulation rates assumed by institutional glaciologists when modeling the deep Greenland interior.

IV. The Lamination Fallacy: Blizzard Cycles Misidentified as Annual Years

The most profound scientific discovery of the 1992 recovery occurred not during the mechanical extraction of the fighter's airframe, but within the walls of the thermal extraction shafts.

As the Super Gopher carved its vertical descent, and as technicians subsequently excavated five large interconnected shafts to access the aircraft, the ice walls were illuminated with high-intensity halogen work lamps. The team observed a visual phenomenon that directly struck at the heart of paleoclimatological orthodoxy: the entire two-hundred-and-sixty-eight-foot vertical ice wall was densely stratified with hundreds of distinct, alternating, visible dark and light bands.

Under standard glaciological methodology—the very framework employed by the Greenland Ice Sheet Project 2 (GISP2) and the European Greenland Ice Core Project (GRIP) drilling at Summit, Greenland—such bands are routinely cataloged as annual varves.

The prevailing academic theory posits that summer insolation warms the surface snow, creating large, coarse, low-density ice crystals containing minimal trapped dust (the light layer). Conversely, during the dark polar winter, continuous extreme cold combined with low accumulation rates supposedly forms a thin, fine-grained, high-density layer of hard crust, often accumulating atmospheric aerosols (the dark layer).

By counting these alternating pairs from the surface down to the basal rock, glaciologists assert that they are reading the calendar of the earth like tree rings:

If this institutional methodology had been applied blindly to the ice column above P-38F "Glacier Girl" without prior knowledge of the 1942 landing, the glaciological consensus would have determined that the fighter was buried beneath centuries of accumulated ice.

The physical reality witnessed in the Greenland shafts proves that a single passing storm system deposits multiple textural and visual laminations:

1. The Warm Front Influx: As an intense low-pressure cyclone sweeps in from the North Atlantic, it draws warm, moisture-laden maritime air over the ice cap. This produces rapid, heavy precipitation of large, loose dendritic snow crystals.
2. The Thermal Inversion Glaze: Mid-way through the storm, an atmospheric thermal inversion or brief surface temperature spike above the freezing point creates a thin superficial melt layer, which refreezes into an impermeable, high-density vitreous ice crust.
3. The Cold Front Katabatic Sweep: Once the cyclone departs and the barometer surges, howling sub-zero katabatic gales sweep down from the interior plateau. These winds pulverize the fresh snow into microscopic ice needles, packing them into an ultra-dense, wind-crust lamination.

In the span of a single seventy-two-hour meteorological event, the sky deposits a tripartite sedimentary layer that exhibits all the optical density and crystallographic characteristics of an "annual" varve pair. In an active maritime-polar convergence zone like south-eastern Greenland, thirty to fifty such storm systems strike every single year.

Fifty calendar years of flight history did not deposit fifty bands; it deposited hundreds of distinct physical laminations. The entire uniformitarian methodology of annual layer counting stands exposed as a mathematical fiction: a dried creekbed of misidentified weather events mistaken for the passage of vast geological ages.

V. Deconstructing GISP2 and Polar Ice Core Chronologies

The implications of the Lost Squadron recovery extend far beyond south-eastern Greenland; they strike directly at the core of the deep-time chronologies produced by the flagship international drilling projects:

• GISP2 (Greenland Ice Sheet Project 2): Drilled to a terminal depth of 3,053.44 meters at Summit, Greenland (72°35' N, 38°30' W), claiming a continuous paleoclimatic record extending back 110,000 years.
• GRIP (Greenland Ice Core Project): Drilled to 3,028.8 meters, thirty kilometers away from GISP2, claiming an identical deep-time chronology.
• Vostok Ice Core (East Antarctica): Drilled to 3,623 meters by Russian and French teams, claiming an astronomical timeline of 420,000 years spanning four complete glacial-interglacial cycles.

How did institutional glaciologists transform physical ice cores into hundreds of thousands of hypothetical years? A forensic audit of the experimental methodologies deployed inside the core processing facilities reveals that the long-age numbers are mathematical constructs generated by computerized edge-detection algorithms; they bear no resemblance to physical counts of true annual deposits.

In the upper segments of the cores, visual stratigraphy is utilized. However, as depth increases past one thousand meters, the lithostatic pressure (exceeding one hundred atmospheres) squeezes the ice, causing the visible boundaries to blur into homogenous crystalline matrices. At this depth, visual counting becomes physically impossible.

To salvage their chronology, researchers switch to Electrical Conductivity Measurement (ECM) and Laser Light Scattering (LLS). High-voltage electrodes are dragged along the frozen core surface, recording tiny micro-ampere spikes in electrical current caused by acidic aerosol deposition (primarily sulfuric and nitric acid). The researchers assert that each electrical spike represents an "annual summer acidity peak."

This assumption is scientifically bankrupt:

1. Volcanic Fog and Sea-Salt Pulses: A single regional volcanic eruption or an intense maritime gale pumping sea-salt aerosols across the ice sheet deposits dozens of erratic, high-frequency chemical spikes throughout a single season.
2. Sub-Annual Storm Noise: High-resolution sampling demonstrates that acidity fluctuations occur on hourly and daily intervals during precipitation. By programming their digital counters to flag every high-frequency oscillation as an "annual cycle," the software automatically manufactures millennia out of thin air.
3. The Inverse Flow Model Imposition: When direct counting breaks down entirely in the lower third of the core—where plastic shear and recrystallization fold the ice layers into chaotic folds—researchers abandon empirical measurement altogether. They calibrate their dating using Dansgaard-Johnsen ice flow models, mathematical algorithms that simply assume the bottom ice must be tens of thousands of years old, forcing the layers to asymptotically thin toward zero at the bedrock.

The protracted dates published in prestigious academic journals are artificial artifacts; they are the output of circular mathematical models designed to satisfy pre-existing uniformitarian progressionist assumptions.

VI. Vapor-Phase Isotopic Diffusion and the Erasure of Paleothermometry

The secondary pillar of uniformitarian paleoclimatology is the assertion that ice cores preserve an uncorrupted, high-resolution record of ancient terrestrial temperatures through stable isotope ratios: specifically oxygen-18 ($\delta^{18}\text{O}$) and deuterium ($\delta D$).

According to the classical Rayleigh fractionation model formulated by Willi Dansgaard in 1964, the ratio of heavy oxygen ($^{18}\text{O}$) to light oxygen ($^{16}\text{O}$) in a falling snowflake is dictated strictly by the condensation temperature of the cloud:

When the climate is warm, the snowflake supposedly contains more $^{18}\text{O}$; when the climate is cold, the snowflake is depleted in $^{18}\text{O}$. Paleoclimatologists claim that by measuring these ratios down the length of an ice core, they can reconstruct terrestrial surface temperatures with sub-degree precision over hundreds of millennia.

This elegant theoretical construct collapses upon contact with the physical thermodynamics of porous firn. The upper fifty to one hundred meters of an ice sheet forms an open, breathable, porous sponge; it has zero resemblance to a closed, hermetic vessel.

Within this porous firn column, intense thermal gradients between the surface and the interior drive continuous vapor-phase diffusion. Water molecules continuously sublime from warmer ice grains and travel as free water vapor through the interconnected air channels before recondensing onto colder grains:

Where $D_v$ represents the water vapor diffusion coefficient in air and $\nabla \rho_v$ is the vapor density gradient driven by thermal differentials.

Laboratory experiments conducted by Jean Jouzel and physical chemists have demonstrated that this vapor-phase migration dampens and homogenizes the original isotopic signals. Over spans of mere decades, high-frequency isotopic spikes are completely erased by post-depositional molecular diffusion.

To assert that an ice core preserves pristine, sub-annual temperature signals across one hundred thousand years is a direct violation of Fick’s Second Law of Diffusion:

Given sufficient time, molecular diffusion will inevitably reduce any concentrated chemical or isotopic peak to a flat, featureless baseline. The sharp, alternating isotopic oscillations displayed in textbook ice core graphs can only exist if the entire ice column is young: deposited rapidly under catastrophic conditions and preserved before molecular diffusion could complete its leveling work.

VII. The Rapid Post-Cataclysmic Ice Build-Up Model

If the massive two-mile-thick ice sheets of Greenland and Antarctica did not accumulate across hundreds of thousands of years of uniformitarian calm, what physical mechanism forged them?

When evaluated through rigorous mechanical engineering and atmospheric thermodynamics, the standard uniformitarian model of an "Ice Age" is physically impossible. Modern climatologists propose that the Earth entered an Ice Age because the planet grew uniformly cold.

This assertion displays a total ignorance of basic thermodynamics. Cold air cannot generate an ice sheet. Cold air is physically incapable of holding significant moisture; it produces what meteorologists classify as a polar desert. Antarctica receives less than two inches of liquid equivalent precipitation per year precisely because its air is bitterly cold. Had the entire terrestrial realm cooled uniformly, snowfall would have ceased; glaciers would have starved.

To manufacture a continental glacier miles thick, an atmospheric engine requires two opposing thermodynamic conditions operating simultaneously:

1. Colossal, Hyper-Active Evaporation: Massive volumes of water must be continuously vaporized into the atmosphere, requiring warm ocean water.
2. Intense, Continental Freezing: Landmasses must maintain sub-zero freezing temperatures to force the descending vapor to freeze instantly and never melt, requiring a mechanism to block solar insolation.

Only a singular, real-world historical event satisfies both thermodynamic criteria: the immediate aftermath of the terrestrial hydraulic cataclysm (the Biblical Deluge).

During the fracturing of the continental crust ("the fountains of the great deep broken up"), colossal volumes of superheated juvenile water and basaltic magmas poured into the ocean basins. The oceans were converted into vast thermal reservoirs, reaching average temperatures exceeding thirty degrees Celsius ($30^\circ\text{C}$ or $86^\circ\text{F}$).

Simultaneously, explosive volcanism along the new continental fracture margins injected titanic volumes of sulfur dioxide ($SO_2$) and reflective silicate aerosols directly into the stratosphere. This aerosol canopy reflected incoming sunlight back into space, plunging continental interiors into permanent, sunless freezing conditions.

The resulting meteorological cycle proved continuous and catastrophic. The superheated oceans evaporated billions of acre-feet of water into the atmosphere. The moisture streams rushed toward the freezing polar regions, colliding with the sunless continental chill.

The skies did not produce gentle seasonal snowfalls; they unleashed unending, colossal blizzards that deposited tens of feet of dense snow every single month. Under the kinetic weight of this massive, relentless overburden, firnification occurred almost instantaneously.

The entire three-thousand-meter Greenland and Antarctic ice complexes did not require hundreds of millennia; they were forged in an intense, homeostatic pulse lasting less than seven centuries. As the oceans gradually cooled and stratospheric aerosols settled, the system reached modern thermodynamic equilibrium, leaving behind the massive, frozen monuments that uniformitarian academia completely misinterprets.

VIII. The Geopolitical Utility of the Deep-Time Ice Core Mythology

The persistence of the long-age ice core mythology serves an ideological and administrative necessity; it cannot be dismissed as an innocent academic error. In the modern technocratic order, ice cores function as the foundational sacred text justifying the administrative restructuring of the civilized economy.

Every international climate accord and carbon taxation scheme—along with every corporate ESG regulatory framework—relies upon a single ubiquitous chart: the Vostok / EPICA four-hundred-thousand-year graph. This chart depicts two undulating curves moving in lockstep: atmospheric carbon dioxide concentrations ($\text{CO}_2$) derived from trapped ice core air bubbles, correlated with reconstructed paleotemperatures derived from $\delta^{18}\text{O}$ isotope ratios.

The public is informed that this graph proves carbon dioxide drives terrestrial temperature, and that any modern increase in atmospheric $\text{CO}_2$ will trigger runaway catastrophic heating.

When high-resolution analytical chemists examine the raw, untampered data from Vostok and EPICA, they discover an inconvenient physical reality that administrative agencies systematically conceal: the carbon dioxide changes lag behind the temperature changes by six hundred to one thousand years.

The causal relationship is the exact reverse of the political narrative:

1. Henry's Law of Gas Solubility: The solubility of carbon dioxide in water is inversely proportional to temperature. When the oceans warm, they cannot physically retain dissolved $\text{CO}_2$; the gas outgasses into the atmosphere like a warm soda can.
2. The Biological Carbon Pump: As temperatures rise, terrestrial biomass decay accelerates, releasing organic carbon into the air.

Temperature drives carbon dioxide; carbon dioxide does not drive temperature. Furthermore, the trapped air bubbles in deep ice cores do not represent sealed atmospheric time capsules.

Because carbon dioxide forms clathrate hydrates ($\text{CO}_2 \cdot 6\text{H}_2\text{O}$) under extreme pressures, $\text{CO}_2$ molecules are selectively squeezed into the crystalline ice lattice at different rates than nitrogen and oxygen. When the core is brought to the surface and depressurizes, the gas fractures out of the core, distorting the original atmospheric ratios.

The entire apparatus of comprehensive carbon rationing—embracing the destruction of independent family farms as well as the mandated de-industrialization of Western nations and digital carbon tracking currencies—is anchored to this glaciological fiction. Once the public recognizes that the ice cores record a rapid, four-thousand-year post-cataclysmic buildup in place of a stable million-year climate archive, the entire administrative structure of climate alarmism disintegrates like morning mist.

IX. Actionable Verification Protocols for the Independent Cryospheric Researcher

Independent researchers and forensic analysts do not require a multi-million-dollar polar research grant to verify the rapid accumulation and non-annual banding of polar firn. The following empirical protocols can be executed using accessible historical archives and physical satellite telemetry:

1. Military Aircraft and Infrastructure Burial Telemetry Audit:

   • Compile official recovery and abandonment depth records for military airframes as well as radar installations and scientific stations abandoned across Greenland and Antarctica during the twentieth century.
   • Case 1: Camp Century (The City Under the Ice). Established in 1959 by the U.S. Army near Thule (77°10' N, 61°08' W). Abandoned in 1966. By 2017, the nuclear reactor trench and biological waste tunnels were buried beneath more than one hundred and twenty feet of solid ice.
   • Case 2: South Pole Station Buildings. The original Amundsen-Scott South Pole Station, built flush upon the ice in 1956, was crushed and buried under forty feet of dense firn in less than two decades, forcing the National Science Foundation to reconstruct the station on massive hydraulic stilts.
   • Action: Plot depth versus years elapsed for every documented Arctic/Antarctic structure. The resulting empirical accumulation slope will expose the massive inflation factor of uniformitarian models.

2. Optical Core Permeametry and Storm-Event Cross-Matching:

   • Access high-resolution optical image scans of fresh shallow firn cores available in public archives (such as the NSF Ice Core Facility in Lakewood, Colorado).
   • Select core sections corresponding to known historical meteorological intervals (e.g., the years 1980–2020 where continuous satellite and weather station data exist).
   • Count the total number of distinct visual density laminations and optical strata within a verified ten-year window.
   • Correlate each micro-band with regional Doppler radar archives and coastal barometric records. You will discover that every major Arctic gale corresponds to a separate textural "varve" pair.

3. Analysis of Cold-War B-29 Recovery Operations:

   • Examine the salvage telemetry of the "Kee Bird," a Boeing B-29 Superfortress that belly-landed on a frozen lake in northern Greenland in 1947 and was inspected for salvage in 1994. Compare the lacustrine ice growth and firn accumulation against local climatic models to document non-linear freezing velocities.

Evidence Ledger & Primary Sources

• Official USAAF Operation Bolero Flight Records: United States Army Air Forces, Flight Operations Log, 97th Fighter Squadron, 1st Fighter Group, July 15, 1942; Accident Investigation Report #42-7-15-1 (National Archives and Records Administration, College Park, MD).
• Greenland Expedition Society Recovery Telemetry: Epps, P., and Cardin, B., Engineering and Excavation Log of the P-38 "Glacier Girl" Salvage Operation, Nuuk/Narsarsuaq, Greenland, 1992; Shoffner, J.R., The Recovery of the Lost Squadron, Expeditionary Engineering Monographs, 1993.
• Academic Glaciological Pre-Recovery Forecasts: Langway, C.C., "Stratigraphic Analysis of Deep Ice Cores from Greenland," Research Report 77, Cold Regions Research and Engineering Laboratory (CRREL), Hanover, NH, 1970; Dansgaard, W., et al., "One Thousand Centuries of Climatic Record from Camp Century on the Greenland Ice Sheet," Science, Vol. 166, 1969, pp. 377–381.
• GISP2 and GRIP Drilling Project Specifications: Alley, R.B., et al., "Visual-stratigraphic dating of the GISP2 ice core: Basis and Reproduceability," Journal of Geophysical Research: Oceans, Vol. 102, No. C12, 1997, pp. 26367–26381; Meese, D.A., et al., "The accumulation record from the GISP2 core as an indicator of climate change," Science, Vol. 266, 1994, pp. 1680–1682.
• Isotopic Diffusion in Firn Physics: Jouzel, J., and Merlivat, L., "Deuterium and oxygen 18 in precipitation: Modeling of the isotopic effects during snow formation," Journal of Geophysical Research, Vol. 89, 1984, pp. 11749–11757; Johnsen, S.J., "Stable isotope homogenization and vapor diffusion in firn," Physics of Ice Core Records, Hokkaido University Press, Sapporo, 2000, pp. 289–307.
• Post-Cataclysmic Rapid Ice Age Thermodynamics: Oard, M.J., An Ice Age Caused by the Genesis Flood, Institute for Creation Research, El Cajon, CA, 1990; Vardiman, L., Ice Cores and the Age of the Earth, Institute for Creation Research, Santee, CA, 1993.
• Vostok CO2 Lag Phenomenon: Caillon, N., et al., "Timing of Atmospheric CO2 and Antarctic Temperature Changes Across Termination III," Science, Vol. 299, 2003, pp. 1728–1731; Mudelsee, M., "The phase relations between atmospheric CO2 content and terrestrial ice volume over the past 420 ka," Quaternary Science Reviews, Vol. 20, 2001, pp. 583–589.

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