Wednesday, July 15, 2026

The El Nino/La Nina Chronicles - 5

Fig. 1 East Coast

I. Get The Picture

Lots of videos on YouTube indicate the same thing that papers in journals and articles in newspapers do (e.g. Fig. 1, Fig. 2, Fig. 3).

Sea level is changing in two formats, Sea Level Rise (SLR), and Sea Level Fall (SLF).

II. Lose The Fable 

"El Nino" is a fable which began long ago.

It was a tale said to have originated a few hundred years ago by fishermen along the coastal areas of South America.

Fig. 2 West Coast

It was about a spirit child who caused the wind to blow their fishing successes away every once upon a time (The El Nino/La Nina Chronicles). 

Oil-Qaeda uses this mythology, among many others, to hide their genocidal proclivities. 

Even little-ole Dredd Blog has been in their wrathful weaponized gun-sights (Oil-Qaeda & MOMCOM Conspire To Commit Depraved-Heart Murder- 6).

They have a long history of this behavior (A History of Oil Addiction - 2) such as their "mini-me" Big Tobacco act (Smoke and Fumes).

III. El Nino Return? 

The mass media is holding Mass, preaching El Nino, because it is a smoke and fumes ploy to blame natural weather ("it has been happening forever") as the fictional cause of what your eyes are telling you about the reality of global warming induced sea level change (Fig. 1, Fig. 2, Fig. 3). 

Fig. 3 Europe- Our Homes Are Falling Into The Sea

But the fable is hopefully running out of smoke and fumes (Don’t blame El Niño for extreme weather, when the issues run far deeper, say experts). 

But ... but ... but El Nino our little religion, even tho it isn't here yet ... lord knows El Nino, not global warming, caused this:

"Temperatures in the Antarctic reached a high of 15.4C [59.72F] on 6 June[2026], UK newspaper The Guardian reports. The data was logged by the Argentinian Esperanza base on the Trinity peninsula ... The new heat record comes amid a prolonged heatwave that has seen maximum daily temperatures above zero degrees[C, 32F] for three consecutive weeks."

(Antarctica swelters in record WINTER heat, emphasis added). The "christmas child" (El Nino) religionists just love Oil-Qaeda sermons don't they?

IV. Closing Comments

The industrial revolution began circa 1750, and has increasingly supercharged pollution of the Earth by civilizations since then:

A website of the federal government tells us:

"Oil is the lifeblood of America’s economy."

(Department of Energy [they removed it, so here is The Wayback Machine copy of that page: Department of Energy]). Which is the same thing as saying you are economically dead without your blood, your oil.

The struggle for economic life then, would be the struggle for oil would it not?

 Bush II put it in the cowboy language during a state of the union address to congress, saying that "America is addicted to oil".

(Oil-Qaeda & MOMCOM Conspire To Commit Depraved-Heart Murder- 6).

The  previous post in this series is here.

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Human DNA Found In 2-3 Mya eDNA? - 4

What up?

I. Preface

In the post "On The Origin of Genieology" a lot of the problems discussed were recognized as resulting from holding on to pseudoscience of the past.

A lot of that is due to loose nomenclature practices as well as the gigantic size of the genetic data available (which makes studying genetic hypotheses a daunting task).

For example, in this current series human DNA is formidable in terms of gigabytes of data, but is dwarfed by the size of the eDNA data from the Greenland eDna research (A 2-million-year-old ecosystem in Greenland uncovered by environmental DNA).

To start with, I searched current human DNA for current animal DNA of animals the paper estimates were contained in that ancient Greenland ecosystem eDNA (see Section III below).

II. FNA Files

Here is a "wget" example I made and am using in the Greenland search for "human eDNA", i.e., the "wget" command telling "wget" to download files:

wget -N -nH -nd -r -e robots=off --no-parent --input-file=wgetDNAfiles.txt

the contents of that "wgetDNAfiles.txt" file:

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/011/764/305/GCF_011764305.1_ASM1176430v1.1/GCF_011764305.1_ASM1176430v1.1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/017/311/325/GCF_017311325.1_ASM1731132v1/GCF_017311325.1_ASM1731132v1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/754/665/GCF_000754665.1_Bison_UMD1.0/GCF_000754665.1_Bison_UMD1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/002/863/925/GCF_002863925.1_EquCab3.0/GCF_002863925.1_EquCab3.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/003/160/815/GCF_003160815.1_VulVul2.2/GCF_003160815.1_VulVul2.2_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/020/975/775/GCF_020975775.1_gsc_jax_bbear_1.0/GCF_020975775.1_gsc_jax_bbear_1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/018/345/385/GCF_018345385.1_ASM1834538v1/GCF_018345385.1_ASM1834538v1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/015/227/675/GCF_015227675.2_mRatBN7.2/GCF_015227675.2_mRatBN7.2_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/002/285/GCF_000002285.3_CanFam3.1/GCF_000002285.3_CanFam3.1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/003/025/GCF_000003025.6_Sscrofa11.1/GCF_000003025.6_Sscrofa11.1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/004/335/GCF_000004335.2_AilMel_1.0/GCF_000004335.2_AilMel_1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/181/275/GCF_000181275.1_SorAra2.0/GCF_000181275.1_SorAra2.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/233/375/GCF_000233375.1_ICSASG_v2/GCF_000233375.1_ICSASG_v2_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/260/355/GCF_000260355.1_ConCri1.0/GCF_000260355.1_ConCri1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/292/845/GCF_000292845.1_OchPri3.0/GCF_000292845.1_OchPri3.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/296/755/GCF_000296755.1_EriEur2.0/GCF_000296755.1_EriEur2.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/321/225/GCF_000321225.1_Oros_1.0/GCF_000321225.1_Oros_1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/331/955/GCF_000331955.2_Oorc_1.1/GCF_000331955.2_Oorc_1.1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/464/555/GCF_000464555.1_PanTig1.0/GCF_000464555.1_PanTig1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/696/695/GCF_000696695.1_Burgud/GCF_000696695.1_Burgud_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/767/855/GCF_000767855.1_Ca_bactrianus_MBC_1.0/GCF_000767855.1_Ca_bactrianus_MBC_1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/000/803/125/GCF_000803125.2_CamDro3/GCF_000803125.2_CamDro3_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/001/857/705/GCF_001857705.1_PanPar1.0/GCF_001857705.1_PanPar1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/002/288/925/GCF_002288925.2_ASM228892v3/GCF_002288925.2_ASM228892v3_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/002/742/125/GCF_002742125.1_Oar_rambouillet_v1.0/GCF_002742125.1_Oar_rambouillet_v1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/003/265/705/GCF_003265705.1_ASM326570v1/GCF_003265705.1_ASM326570v1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/003/584/765/GCF_003584765.1_ASM358476v1/GCF_003584765.1_ASM358476v1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/003/676/395/GCF_003676395.1_ASM367639v1/GCF_003676395.1_ASM367639v1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/004/348/235/GCF_004348235.1_GSC_HSeal_1.0/GCF_004348235.1_GSC_HSeal_1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/005/190/385/GCF_005190385.1_NGI_Narwhal_1/GCF_005190385.1_NGI_Narwhal_1_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/007/474/595/GCF_007474595.1_mLynCan4_v1.p/GCF_007474595.1_mLynCan4_v1.p_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/009/834/535/GCF_009834535.1_BCGSAC_Cfer_1.0/GCF_009834535.1_BCGSAC_Cfer_1.0_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCF/009/829/155/GCF_009829155.1_mMusErm1.Pri/GCF_009829155.1_mMusErm1.Pri_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCA/019/903/745/GCA_019903745.1_ULRtarCaribou_2/GCA_019903745.1_ULRtarCaribou_2_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCA/004/026/855/GCA_004026855.1_LepAme_v1_BIUU/GCA_004026855.1_LepAme_v1_BIUU_genomic.fna.gz

https://ftp.ncbi.nlm.nih.gov/genomes/all/
GCA/900/006/375/GCA_900006375.2_Gulo_2.2_annotated/GCA_900006375.2_Gulo_2.2_annotated_genomic.fna.gz

Not only that, note also that each of those compressed (e.g. zipped) files is multi gigabytes, totaling almost 900 gigs.

"I think of you as mostly bacteria" - Dr Bassler

That may seem daunting, but the contents of just one of those files, GCF_011764305.1 ASM1176430v1 for example, is a bunch of smaller files:

NC_020638.1, NW_025421253.1, NW_025421254.1, NW_025421255.1, NW_025421256.1, NW_025421257.1, NW_025421258.1, NW_025421259.1, NW_025421260.1, NW_025421261.1, NW_025421262.1, NW_025421263.1, NW_025421264.1, NW_025421265.1, NW_025421266.1, NW_025421267.1, NW_025421268.1, NW_025421269.1, NW_025421270.1, NW_025421271.1, NW_025421272.1, NW_025421273.1, NW_025421274.1, NW_025421275.1, NW_025421276.1, NW_025421277.1, NW_025421278.1, NW_025421279.1, NW_025421280.1, NW_025421281.1, NW_025421282.1, NW_025421283.1, NW_025421284.1, NW_025421285.1, NW_025421286.1, NW_025421287.1, NW_025421288.1, NW_025421289.1, NW_025421290.1, NW_025421291.1, NW_025421292.1, NW_025421293.1, NW_025421294.1, NW_025421295.1, NW_025421296.1, NW_025421297.1, NW_025421298.1, NW_025421299.1, NW_025421300.1, NW_025421301.1, NW_025421302.1, NW_025421303.1, NW_025421304.1, NW_025421305.1, NW_025421306.1, NW_025421307.1, NW_025421308.1, NW_025421309.1, NW_025421310.1, NW_025421311.1, NW_025421312.1, NW_025421313.1, NW_025421314.1, NW_025421315.1, NW_025421316.1, NW_025421317.1, NW_025421318.1, NW_025421319.1, NW_025421320.1, NW_025421321.1, NW_025421322.1, NW_025421323.1, NW_025421324.1, NW_025421325.1, NW_025421326.1, NW_025421327.1, NW_025421328.1, NW_025421329.1, NW_025421330.1, NW_025421331.1, NW_025421332.1, NW_025421333.1, NW_025421334.1, NW_025421335.1, NW_025421336.1, NW_025421337.1, NW_025421338.1, NW_025421339.1, NW_025421340.1, NW_025421341.1, NW_025421342.1, NW_025421343.1, NW_025421344.1, NW_025421345.1, NW_025421346.1, NW_025421347.1, NW_025421348.1, NW_025421349.1, NW_025421350.1, NW_025421351.1, NW_025421352.1, NW_025421353.1, NW_025421354.1, NW_025421355.1, NW_025421356.1, NW_025421357.1, NW_025421358.1, NW_025421359.1, NW_025421360.1, NW_025421361.1, NW_025421362.1, NW_025421363.1, NW_025421364.1, NW_025421365.1, NW_025421366.1, NW_025421367.1, NW_025421368.1, NW_025421369.1, NW_025421370.1, NW_025421371.1, NW_025421372.1, NW_025421373.1, NW_025421374.1, NW_025421375.1, NW_025421376.1, NW_025421377.1, NW_025421378.1, NW_025421379.1, NW_025421380.1, NW_025421381.1, NW_025421382.1, NW_025421383.1, NW_025421384.1, NW_025421385.1, NW_025421386.1, NW_025421387.1, NW_025421388.1, NW_025421389.1, NW_025421390.1, NW_025421391.1, NW_025421392.1, NW_025421393.1, NW_025421394.1, NW_025421395.1, NW_025421396.1, NW_025421397.1, NW_025421398.1, NW_025421399.1, NW_025421400.1, NW_025421401.1, NW_025421402.1, NW_025421403.1, NW_025421404.1, NW_025421405.1, NW_025421406.1, NW_025421407.1, NW_025421408.1, NW_025421409.1, NW_025421410.1, NW_025421411.1, NW_025421412.1, NW_025421413.1, NW_025421414.1, NW_025421415.1, NW_025421416.1, NW_025421417.1, NW_025421418.1, NW_025421419.1, NW_025421420.1, NW_025421421.1, NW_025421422.1, NW_025421423.1, NW_025421424.1, NW_025421425.1, NW_025421426.1, NW_025421427.1, NW_025421428.1, NW_025421429.1, NW_025421430.1, NW_025421431.1, NW_025421432.1, NW_025421433.1, NW_025421434.1, NW_025421435.1, NW_025421436.1, NW_025421437.1, NW_025421438.1, NW_025421439.1, NW_025421440.1, NW_025421441.1, NW_025421442.1, NW_025421443.1, NW_025421444.1, NW_025421445.1, NW_025421446.1, NW_025421447.1, NW_025421448.1, NW_025421449.1, NW_025421450.1, NW_025421451.1, NW_025421452.1, NW_025421453.1, NW_025421454.1, NW_025421455.1, NW_025421456.1, NW_025421457.1, NW_025421458.1, NW_025421459.1, NW_025421460.1, NW_025421461.1, NW_025421462.1, NW_025421463.1, NW_025421464.1, NW_025421465.1, NW_025421466.1, NW_025421467.1, NW_025421468.1, NW_025421469.1, NW_025421470.1, NW_025421471.1, NW_025421472.1, NW_025421473.1, NW_025421474.1, NW_025421475.1, NW_025421476.1, NW_025421477.1, NW_025421478.1, NW_025421479.1, NW_025421480.1, NW_025421481.1, NW_025421482.1, NW_025421483.1, NW_025421484.1, NW_025421485.1, NW_025421486.1, NW_025421487.1, NW_025421488.1, NW_025421489.1, NW_025421490.1, NW_025421491.1, NW_025421492.1, NW_025421493.1, NW_025421494.1, NW_025421495.1, NW_025421496.1, NW_025421497.1, NW_025421498.1, NW_025421499.1, NW_025421500.1, NW_025421501.1, NW_025421502.1, NW_025421503.1, NW_025421504.1, NW_025421505.1, NW_025421506.1, NW_025421507.1, NW_025421508.1, NW_025421509.1, NW_025421510.1, NW_025421511.1, NW_025421512.1, NW_025421513.1, NW_025421514.1, NW_025421515.1, NW_025421516.1, NW_025421517.1, NW_025421518.1, NW_025421519.1, NW_025421520.1, NW_025421521.1, NW_025421522.1, NW_025421523.1, NW_025421524.1, NW_025421525.1, NW_025421526.1, NW_025421527.1, NW_025421528.1, NW_025421529.1, NW_025421530.1, NW_025421531.1, NW_025421532.1, NW_025421533.1, NW_025421534.1, NW_025421535.1, NW_025421536.1, NW_025421537.1, NW_025421538.1, NW_025421539.1, NW_025421540.1, NW_025421541.1, NW_025421542.1, NW_025421543.1, NW_025421544.1, NW_025421545.1, NW_025421546.1, NW_025421547.1, NW_025421548.1, NW_025421549.1, NW_025421550.1, NW_025421551.1, NW_025421552.1, NW_025421553.1, NW_025421554.1, NW_025421555.1, NW_025421556.1, NW_025421557.1, NW_025421558.1, NW_025421559.1, NW_025421560.1, NW_025421561.1, NW_025421562.1, NW_025421563.1, NW_025421564.1, NW_025421565.1, NW_025421566.1, NW_025421567.1, NW_025421568.1, NW_025421569.1, NW_025421570.1, NW_025421571.1, NW_025421572.1, NW_025421573.1, NW_025421574.1, NW_025421575.1, NW_025421576.1, NW_025421577.1, NW_025421578.1, NW_025421579.1, NW_025421580.1, NW_025421581.1, NW_025421582.1, NW_025421583.1, NW_025421584.1, NW_025421585.1, NW_025421586.1, NW_025421587.1, NW_025421588.1, NW_025421589.1, NW_025421590.1, NW_025421591.1, NW_025421592.1, NW_025421593.1, NW_025421594.1, NW_025421595.1, NW_025421596.1, NW_025421597.1, NW_025421598.1, NW_025421599.1, NW_025421600.1, NW_025421601.1, NW_025421602.1, NW_025421603.1, NW_025421604.1, NW_025421605.1, NW_025421606.1, NW_025421607.1, NW_025421608.1, NW_025421609.1, NW_025421610.1, NW_025421611.1, NW_025421612.1, NW_025421613.1, NW_025421614.1, NW_025421615.1, NW_025421616.1, NW_025421617.1, NW_025421618.1, NW_025421619.1, NW_025421620.1, NW_025421621.1, NW_025421622.1, NW_025421623.1, NW_025421624.1, NW_025421625.1, NW_025421626.1, NW_025421627.1, NW_025421628.1, NW_025421629.1, NW_025421630.1, NW_025421631.1, NW_025421632.1, NW_025421633.1, NW_025421634.1, NW_025421635.1, NW_025421636.1, NW_025421637.1, NW_025421638.1, NW_025421639.1, NW_025421640.1, NW_025421641.1, NW_025421642.1, NW_025421643.1, NW_025421644.1, NW_025421645.1, NW_025421646.1, NW_025421647.1, NW_025421648.1, NW_025421649.1, NW_025421650.1, NW_025421651.1, NW_025421652.1, NW_025421653.1, NW_025421654.1, NW_025421655.1, NW_025421656.1, NW_025421657.1, NW_025421658.1, NW_025421659.1, NW_025421660.1, NW_025421661.1, NW_025421662.1, NW_025421663.1, NW_025421664.1, NW_025421665.1, NW_025421666.1, NW_025421667.1, NW_025421668.1, NW_025421669.1, NW_025421670.1, NW_025421671.1, NW_025421672.1, NW_025421673.1, NW_025421674.1, NW_025421675.1, NW_025421676.1, NW_025421677.1, NW_025421678.1, NW_025421679.1, NW_025421680.1, NW_025421681.1, NW_025421682.1, NW_025421683.1, NW_025421684.1, NW_025421685.1, NW_025421686.1, NW_025421687.1, NW_025421688.1, NW_025421689.1, NW_025421690.1, NW_025421691.1, NW_025421692.1, NW_025421693.1, NW_025421694.1, NW_025421695.1, NW_025421696.1, NW_025421697.1, NW_025421698.1, NW_025421699.1, NW_025421700.1, NW_025421701.1, NW_025421702.1, NW_025421703.1, NW_025421704.1, NW_025421705.1, NW_025421706.1, NW_025421707.1, NW_025421708.1, NW_025421709.1, NW_025421710.1, NW_025421711.1, NW_025421712.1, NW_025421713.1, NW_025421714.1, NW_025421715.1, NW_025421716.1, NW_025421717.1, NW_025421718.1, NW_025421719.1, NW_025421720.1, NW_025421721.1, NW_025421722.1, NW_025421723.1, NW_025421724.1, NW_025421725.1, NW_025421726.1, NW_025421727.1, NW_025421728.1, NW_025421729.1, NW_025421730.1, NW_025421731.1, NW_025421732.1, NW_025421733.1, NW_025421734.1, NW_025421735.1, NW_025421736.1, NW_025421737.1, NW_025421738.1, NW_025421739.1, NW_025421740.1, NW_025421741.1, NW_025421742.1, NW_025421743.1, NW_025421744.1, NW_025421745.1, NW_025421746.1, NW_025421747.1, NW_025421748.1, NW_025421749.1, NW_025421750.1, NW_025421751.1, NW_025421752.1, NW_025421753.1, NW_025421754.1, NW_025421755.1, NW_025421756.1, NW_025421757.1, NW_025421758.1, NW_025421759.1, NW_025421760.1, NW_025421761.1, NW_025421762.1, NW_025421763.1, NW_025421764.1, NW_025421765.1, NW_025421766.1, NW_025421767.1, NW_025421768.1, NW_025421769.1, NW_025421770.1, NW_025421771.1, NW_025421772.1, NW_025421773.1, NW_025421774.1, NW_025421775.1, NW_025421776.1, NW_025421777.1, NW_025421778.1, NW_025421779.1, NW_025421780.1, NW_025421781.1, NW_025421782.1, NW_025421783.1, NW_025421784.1, NW_025421785.1, NW_025421786.1, NW_025421787.1, NW_025421788.1, NW_025421789.1, NW_025421790.1, NW_025421791.1, NW_025421792.1, NW_025421793.1, NW_025421794.1, NW_025421795.1, NW_025421796.1, NW_025421797.1, NW_025421798.1, NW_025421799.1, NW_025421800.1, NW_025421801.1, NW_025421802.1, NW_025421803.1, NW_025421804.1, NW_025421805.1, NW_025421806.1, NW_025421807.1, NW_025421808.1, NW_025421809.1, NW_025421810.1, NW_025421811.1, NW_025421812.1, NW_025421813.1, NW_025421814.1, NW_025421815.1, NW_025421816.1, NW_025421817.1, NW_025421818.1, NW_025421819.1, NW_025421820.1, NW_025421821.1, NW_025421822.1, NW_025421823.1, NW_025421824.1, NW_025421825.1, NW_025421826.1, NW_025421827.1, NW_025421828.1, NW_025421829.1, NW_025421830.1, NW_025421831.1, NW_025421832.1, NW_025421833.1, NW_025421834.1, NW_025421835.1, NW_025421836.1, NW_025421837.1, NW_025421838.1, NW_025421839.1, NW_025421840.1, NW_025421841.1, NW_025421842.1, NW_025421843.1, NW_025421844.1, NW_025421845.1, NW_025421846.1, NW_025421847.1, NW_025421848.1, NW_025421849.1, NW_025421850.1, NW_025421851.1, NW_025421852.1, NW_025421853.1, NW_025421854.1, NW_025421855.1, NW_025421856.1, NW_025421857.1, NW_025421858.1, NW_025421859.1, NW_025421860.1, NW_025421861.1, NW_025421862.1, NW_025421863.1, NW_025421864.1, NW_025421865.1, NW_025421866.1, NW_025421867.1, NW_025421868.1, NW_025421869.1, NW_025421870.1, NW_025421871.1, NW_025421872.1, NW_025421873.1, NW_025421874.1, NW_025421875.1, NW_025421876.1, NW_025421877.1, NW_025421878.1, NW_025421879.1, NW_025421880.1, NW_025421881.1, NW_025421882.1, NW_025421883.1, NW_025421884.1, NW_025421885.1, NW_025421886.1, NW_025421887.1, NW_025421888.1, NW_025421889.1, NW_025421890.1, NW_025421891.1, NW_025421892.1, NW_025421893.1, NW_025421894.1, NW_025421895.1, NW_025421896.1, NW_025421897.1, NW_025421898.1, NW_025421899.1, NW_025421900.1, NW_025421901.1, NW_025421902.1, NW_025421903.1, NW_025421904.1, NW_025421905.1, NW_025421906.1, NW_025421907.1, NW_025421908.1, NW_025421909.1, NW_025421910.1, NW_025421911.1, NW_025421912.1, NW_025421913.1, NW_025421914.1, NW_025421915.1, NW_025421916.1, NW_025421917.1, NW_025421918.1, NW_025421919.1, NW_025421920.1, NW_025421921.1, NW_025421922.1, NW_025421923.1, NW_025421924.1, NW_025421925.1, NW_025421926.1, NW_025421927.1, NW_025421928.1, NW_025421929.1, NW_025421930.1, NW_025421931.1, NW_025421932.1, NW_025421933.1, NW_025421934.1, NW_025421935.1, NW_025421936.1, NW_025421937.1, NW_025421938.1, NW_025421939.1, NW_025421940.1, NW_025421941.1, NW_025421942.1, NW_025421943.1, NW_025421944.1, NW_025421945.1, NW_025421946.1, NW_025421947.1, NW_025421948.1, NW_025421949.1, NW_025421950.1, NW_025421951.1, NW_025421952.1, NW_025421953.1, NW_025421954.1, NW_025421955.1, NW_025421956.1, NW_025421957.1, NW_025421958.1, NW_025421959.1, NW_025421960.1, NW_025421961.1, NW_025421962.1, NW_025421963.1, NW_025421964.1, NW_025421965.1, NW_025421966.1, NW_025421967.1, NW_025421968.1, NW_025421969.1, NW_025421970.1, NW_025421971.1, NW_025421972.1, NW_025421973.1, NW_025421974.1, NW_025421975.1, NW_025421976.1, NW_025421977.1, NW_025421978.1, NW_025421979.1, NW_025421980.1, NW_025421981.1, NW_025421982.1, NW_025421983.1, NW_025421984.1, NW_025421985.1, NW_025421986.1, NW_025421987.1, NW_025421988.1, NW_025421989.1, NW_025421990.1, NW_025421991.1, NW_025421992.1, NW_025421993.1, NW_025421994.1, NW_025421995.1, NW_025421996.1, NW_025421997.1, NW_025421998.1, NW_025421999.1, NW_025422000.1, NW_025422001.1, NW_025422002.1, NW_025422003.1, NW_025422004.1, NW_025422005.1, NW_025422006.1, NW_025422007.1, NW_025422008.1, NW_025422009.1, NW_025422010.1, NW_025422011.1, NW_025422012.1, NW_025422013.1, NW_025422014.1, NW_025422015.1, NW_025422016.1, NW_025422017.1, NW_025422018.1, NW_025422019.1, NW_025422020.1, NW_025422021.1, NW_025422022.1, NW_025422023.1, NW_025422024.1, NW_025422025.1, NW_025422026.1, NW_025422027.1, NW_025422028.1, NW_025422029.1, NW_025422030.1, NW_025422031.1, NW_025422032.1, NW_025422033.1, NW_025422034.1, NW_025422035.1, NW_025422036.1, NW_025422037.1, NW_025422038.1, NW_025422039.1, NW_025422040.1, NW_025422041.1, NW_025422042.1, NW_025422043.1, NW_025422044.1, NW_025422045.1, NW_025422046.1, NW_025422047.1, NW_025422048.1, NW_025422049.1, NW_025422050.1, NW_025422051.1, NW_025422052.1, NW_025422053.1, NW_025422054.1, NW_025422055.1, NW_025422056.1, NW_025422057.1, NW_025422058.1, NW_025422059.1, NW_025422060.1, NW_025422061.1, NW_025422062.1, NW_025422063.1, NW_025422064.1, NW_025422065.1, NW_025422066.1, NW_025422067.1, NW_025422068.1, NW_025422069.1, NW_025422070.1, NW_025422071.1, NW_025422072.1, NW_025422073.1, NW_025422074.1, NW_025422075.1, NW_025422076.1, NW_025422077.1, NW_025422078.1, NW_025422079.1, NW_025422080.1, NW_025422081.1, NW_025422082.1, NW_025422083.1, NW_025422084.1, NW_025422085.1, NW_025422086.1, NW_025422087.1, NW_025422088.1, NW_025422089.1, NW_025422090.1, NW_025422091.1, NW_025422092.1, NW_025422093.1, NW_025422094.1, NW_025422095.1, NW_025422096.1, NW_025422097.1, NW_025422098.1, NW_025422099.1, NW_025422100.1, NW_025422101.1, NW_025422102.1, NW_025422103.1, NW_025422104.1, NW_025422105.1, NW_025422106.1, NW_025422107.1, NW_025422108.1, NW_025422109.1, NW_025422110.1, NW_025422111.1, NW_025422112.1, NW_025422113.1, NW_025422114.1, NW_025422115.1, NW_025422116.1, NW_025422117.1, NW_025422118.1, NW_025422119.1, NW_025422120.1, NW_025422121.1, NW_025422122.1, NW_025422123.1, NW_025422124.1, NW_025422125.1, NW_025422126.1, NW_025422127.1, NW_025422128.1, NW_025422129.1, NW_025422130.1, NW_025422131.1, NW_025422132.1, NW_025422133.1, NW_025422134.1, NW_025422135.1, NW_025422136.1, NW_025422137.1, NW_025422138.1, NW_025422139.1, NW_025422140.1, NW_025422141.1, NW_025422142.1, NW_025422143.1, NW_025422144.1, NW_025422145.1, NW_025422146.1, NW_025422147.1, NW_025422148.1, NW_025422149.1, NW_025422150.1, NW_025422151.1, NW_025422152.1, NW_025422153.1, NW_025422154.1, NW_025422155.1, NW_025422156.1, NW_025422157.1, NW_025422158.1, NW_025422159.1, NW_025422160.1, NW_025422161.1, NW_025422162.1, NW_025422163.1, NW_025422164.1, NW_025422165.1, NW_025422166.1, NW_025422167.1, NW_025422168.1, NW_025422169.1, NW_025422170.1, NW_025422171.1, NW_025422172.1, NW_025422173.1, NW_025422174.1, NW_025422175.1, NW_025422176.1, NW_025422177.1, NW_025422178.1, NW_025422179.1, NW_025422180.1, NW_025422181.1, NW_025422182.1, NW_025422183.1, NW_025422184.1, NW_025422185.1, NW_025422186.1, NW_025422187.1, NW_025422188.1, NW_025422189.1, NW_025422190.1, NW_025422191.1, NW_025422192.1, NW_025422193.1, NW_025422194.1, NW_025422195.1, NW_025422196.1, NW_025422197.1, NW_025422198.1, NW_025422199.1, NW_025422200.1, NW_025422201.1, NW_025422202.1, NW_025422203.1, NW_025422204.1, NW_025422205.1, NW_025422206.1, NW_025422207.1, NW_025422208.1, NW_025422209.1, NW_025422210.1, NW_025422211.1, NW_025422212.1, NW_025422213.1, NW_025422214.1, NW_025422215.1, NW_025422216.1, NW_025422217.1, NW_025422218.1, NW_025422219.1, NW_025422220.1, NW_025422221.1, NW_025422222.1, NW_025422223.1, NW_025422224.1, NW_025422225.1, NW_025422226.1, NW_025422227.1, NW_025422228.1, NW_025422229.1, NW_025422230.1, NW_025422231.1, NW_025422232.1, NW_025422233.1, NW_025422234.1, NW_025422235.1, NW_025422236.1, NW_025422237.1, NW_025422238.1, NW_025422239.1, NW_025422240.1, NW_025422241.1, NW_025422242.1, NW_025422243.1, NW_025422244.1, NW_025422245.1, NW_025422246.1, NW_025422247.1, NW_025422248.1, NW_025422249.1, NW_025422250.1, NW_025422251.1, NW_025422252.1, NW_025422253.1, NW_025422254.1, NW_025422255.1, NW_025422256.1, NW_025422257.1, NW_025422258.1, NW_025422259.1, NW_025422260.1, NW_025422261.1, NW_025422262.1, NW_025422263.1, NW_025422264.1, NW_025422265.1, NW_025422266.1, NW_025422267.1, NW_025422268.1, NW_025422269.1, NW_025422270.1, NW_025422271.1, NW_025422272.1, NW_025422273.1, NW_025422274.1, NW_025422275.1, NW_025422276.1, NW_025422277.1, NW_025422278.1, NW_025422279.1, NW_025422280.1, NW_025422281.1, NW_025422282.1, NW_025422283.1, NW_025422284.1, NW_025422285.1, NW_025422286.1, NW_025422287.1, NW_025422288.1, NW_025422289.1, NW_025422290.1, NW_025422291.1, NW_025422292.1, NW_025422293.1, NW_025422294.1, NW_025422295.1, NW_025422296.1, NW_025422297.1, NW_025422298.1, NW_025422299.1, NW_025422300.1, NW_025422301.1, NW_025422302.1, NW_025422303.1, NW_025422304.1, NW_025422305.1, NW_025422306.1, NW_025422307.1, NW_025422308.1, NW_025422309.1, NW_025422310.1, NW_025422311.1, NW_025422312.1, NW_025422313.1, NW_025422314.1, NW_025422315.1, NW_025422316.1, NW_025422317.1, NW_025422318.1, NW_025422319.1, NW_025422320.1, NW_025422321.1, NW_025422322.1, NW_025422323.1, NW_025422324.1, NW_025422325.1, NW_025422326.1, NW_025422327.1, NW_025422328.1, NW_025422329.1, NW_025422330.1, NW_025422331.1, NW_025422332.1, NW_025422333.1, NW_025422334.1, NW_025422335.1, NW_025422336.1, NW_025422337.1, NW_025422338.1, NW_025422339.1, NW_025422340.1, NW_025422341.1, NW_025422342.1, NW_025422343.1, NW_025422344.1, NW_025422345.1, NW_025422346.1, NW_025422347.1, NW_025422348.1, NW_025422349.1, NW_025422350.1, NW_025422351.1, NW_025422352.1, NW_025422353.1, NW_025422354.1, NW_025422355.1, NW_025422356.1, NW_025422357.1, NW_025422358.1, NW_025422359.1, NW_025422360.1, NW_025422361.1, NW_025422362.1, NW_025422363.1, NW_025422364.1, NW_025422365.1, NW_025422366.1, NW_025422367.1, NW_025422368.1, NW_025422369.1, NW_025422370.1, NW_025422371.1, NW_025422372.1, NW_025422373.1, NW_025422374.1, NW_025422375.1, NW_025422376.1, NW_025422377.1, NW_025422378.1, NW_025422379.1, NW_025422380.1, NW_025422381.1, NW_025422382.1, NW_025422383.1, NW_025422384.1, NW_025422385.1, NW_025422386.1, NW_025422387.1, NW_025422388.1, NW_025422389.1, NW_025422390.1, NW_025422391.1, NW_025422392.1, NW_025422393.1, NW_025422394.1, NW_025422395.1, NW_025422396.1, NW_025422397.1, NW_025422398.1, NW_025422399.1, NW_025422400.1, NW_025422401.1, NW_025422402.1, NW_025422403.1, NW_025422404.1, NW_025422405.1, NW_025422406.1, NW_025422407.1, NW_025422408.1, NW_025422409.1, NW_025422410.1, NW_025422411.1, NW_025422412.1, NW_025422413.1, NW_025422414.1, NW_025422415.1, NW_025422416.1, NW_025422417.1, NW_025422418.1, NW_025422419.1, NW_025422420.1, NW_025422421.1, NW_025422422.1, NW_025422423.1, NW_025422424.1, NW_025422425.1, NW_025422426.1, NW_025422427.1, NW_025422428.1, NW_025422429.1, NW_025422430.1, NW_025422431.1, NW_025422432.1, NW_025422433.1, NW_025422434.1, NW_025422435.1, NW_025422436.1, NW_025422437.1, NW_025422438.1, NW_025422439.1, NW_025422440.1, NW_025422441.1, NW_025422442.1, NW_025422443.1, NW_025422444.1, NW_025422445.1, NW_025422446.1, NW_025422447.1, NW_025422448.1, NW_025422449.1, NW_025422450.1, NW_025422451.1, NW_025422452.1, NW_025422453.1, NW_025422454.1, NW_025422455.1, NW_025422456.1, NW_025422457.1, NW_025422458.1, NW_025422459.1, NW_025422460.1, NW_025422461.1, NW_025422462.1, NW_025422463.1, NW_025422464.1, NW_025422465.1, NW_025422466.1, NW_025422467.1, NW_025422468.1, NW_025422469.1, NW_025422470.1, NW_025422471.1, NW_025422472.1, NW_025422473.1, NW_025422474.1, NW_025422475.1

Each one of those one thousand some odd number of files is a FASTA (".fasta") file with a separate list of DNA nucleotides ("ACTG's") which make up a separate set of Tataboxes containing a list of "start-codon" to "stop-codon" strands.

III.  Human Segments / Animal Segments?

So far in this series I have processed only nine of the compressed FNA (".fna.gz") files, which contain over a million such speculated eDNA Greenland strands EACH. 

The "human DNA" matches found in those files are few in comparison:

eDNA version GCF_000292845.1 segments were found in human DNA:
|ATG*GGA*CAG*AGG*CCT*GGG*GAA*GCT*CTG*CAA*CAC*AGA*CTT*TTA*ACT*CAG*GGG*CAT*GTA*TAG|
|ATG*GCC*GAG*CGG*TCT*AAG*GCG*CTG*CGT*TCA*GGT*CGC*AGT*CTC*CCC*TGG*AGG*CGT*GGG*TTC*GAA*TCC*CAC*TCC*TGA|
eDNA version GCF_000260355.1 segments were found in human DNA:
|ATG*TCT*TCT*AGT*ATT*TTG*CTT*TCA*AAT*TGT*GTC*TCC*TGC*CAT*TTG*TGC*CAC*ATT*TAA|
|ATG*CAA*TTA*ACG*GCA*CCA*ACA*TTT*ACA*AAA*TAT*GAT*TAC*AAG*CGC*TTT*GGT*TAA|
|ATG*TGC*ATT*TTT*TCG*AGA*GAC*TTG*CAT*TTT*CTT*TGT*GCA*AAT*AAA*GAG*GCC*CTA*AAT*TCT*CCA*TAG|
|ATG*CAG*TGG*AAC*CAT*GAT*AAC*AAA*CAC*AGG*CTC*CAC*TTT*TTG*CTA*CAT*CCC*CCA*ATT*AAT*TAA|
|ATG*AGA*ACA*TAT*GAG*AGA*GTA*TTA*ACA*GAA*AGG*CAC*ACT*TTG*ATT*TAC*TGA|
|ATG*AAC*TCA*GGG*GGC*AGG*GAG*GGC*AGC*TGG*ATG*AGG*GTG*GAG*CCT*GGG*GGG*CGG*GTC*TGA|
eDNA version GCF_000181275.1 segments were found in human DNA:
|ATG*TCA*CAA*ACT*ATA*AAG*CTA*CAG*GGA*GGT*AAT*TCA*ATT*ACC*AAT*TTA*GAG*GTT*TTC*TTT*TTA*TTT*AAA*TAA|
|ATG*TCA*TTA*AGG*CTT*TTG*TCT*GCG*CTG*TTT*TTG*TTT*CAG*AAC*TTT*TCT*CAC*AAT*CCT*ATT*TTT*TGT*TGA|
eDNA version GCF_000233375.1 segments were NOT found in human DNA
eDNA version GCF_000296755.1 segments were found in human DNA:
|ATG*ATA*ATT*GGA*CAT*TTA*GTG*CTC*GTC*AAA*CAG*AAA*GTG*ACA*GAT*GGG*GCA*CTA*ATT*AAA*TTA*TAG|
eDNA version GCF_000696695.1 segments were found in human DNA:
|ATG*GTG*CAA*TCT*GTG*GCT*TTG*GAA*CAG*AGT*TCT*TCT*CTA*TGT*GAA*ACT*AAT*TGG*CCC*ATA*TGG*GGA*TTA*AAC*TGG*TAA|
|ATG*TCT*CCC*TGT*TGT*GGG*TCA*TTG*CCG*GTT*CGT*CTA*AAT*AAA*CTG*CTT*CCA*AAT*GGC*TCT*TCC*ATC*TAA|
|ATG*CGT*TAT*CAG*GCC*ACA*GCA*GTT*GGG*CCC*TGC*CAC*ATT*GAT*TTT*TTG*CTG*TGA|
eDNA version GCF_000767855.1 segments were found in human DNA:
|ATG*TCA*CAA*ACT*ATA*AAG*CTA*CAG*GGA*GGT*AAT*TCA*ATT*ACC*AAT*TTA*GAG*GTT*TTC*TTT*TTA*TTT*AAA*TAA|
|ATG*TCA*TTA*AGG*CTT*TTG*TCT*GCG*CTG*TTT*TTG*TTT*CAG*AAC*TTT*TCT*CAC*AAT*CCT*ATT*TTT*TGT*TGA|
eDNA version GCF_002863925.1 segments were found in human DNA:
|ATG*CGT*TAT*CAG*GCC*ACA*GCA*GTT*GGG*CCC*TGC*CAC*ATT*GAT*TTT*TTG*CTG*TGA|
|ATG*GCG*TCC*CAT*CAA*ACA*TAC*ACT*GCG*ACC*CTG*CAT*CAC*ATG*GTT*TTA*CAG*TCA*TAA|
|ATG*GGG*GGA*GTC*ACG*CTA*CAT*AGC*CGC*TGT*AAT*ACC*GAA*TGG*CCT*GAT*TAA|
|ATG*TCT*CCC*TGT*TGT*GGG*TCA*TTG*CCG*GTT*CGT*CTA*AAT*AAA*CTG*CTT*CCA*AAT*GGC*TCT*TCC*ATC*TAA|
eDNA version GCF_003160815.1 segments were found in human DNA:
|ATG*ATA*TTT*TTC*TGC*AAA*CTA*TCA*TCT*TTT*CTG*GTT*CAT*TTT*CAA*GAT*CTT*TGA|
|ATG*TTT*GGT*GTA*AAG*TTG*AGA*CCC*TTT*TCC*ATT*TTG*GTG*ACA*GAT*TTC*TTT*GGG*GAA*AAA*AGG*CAG*CTT*TCT*GTT*TTA*TAA|
|ATG*AGT*TTG*CTT*CAG*CAT*CCA*AAC*TGG*AGA*AAA*GCT*TTA*GCC*ATT*AAT*CGG*TTC*TTA*ATT*CAC*TGT*CGC*AGC*TGG*ATG*TAA|
|ATG*ATA*ATT*GGA*CAT*TTA*GTG*CTC*GTC*AAA*CAG*AAA*GTG*ACA*GAT*GGG*GCA*CTA*ATT*AAA*TTA*TAG|

But the search is worth it because the question asked by the title of this series is important: "Human DNA Found In 2-3 Mya eDNA?".

So, on to the next nine files because if in fact there were hominins in that Greenland ecosystem way back when, it should be known eh?

In other words, if those animal DNA segments are also in human DNA segments now, shouldn't we search for them in eDNA from way back then? 

Too daunting?

The next (non-daunting) post in this series is here, the prevous post in this series is here:

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Sunday, July 12, 2026

Human DNA Found In 2-3 Mya eDNA? - 3

Where are they?

This series is a response to an analysis of a paper in the journal Nature about the emergence of "eDNA" a.k.a. environmental DNA (A 2-million-year-old ecosystem in Greenland uncovered by environmental DNA).

The interesting question is why would human DNA segments be found in 2-3 million year old eDNA from Greenland?

And just what a "human gene" is still "rocket science" in some ways:

"More problematic is the reality that the human genome is still a vast catalogue of the unknown and scarcely known. The Human Genome Project’s most startling finding was that human genes, as currently defined, make up less than 2 percent of all the DNA on the genome, and that the total number of genes is relatively small. Scientists had predicted there might be 80,000 to 140,000 human genes, but the current tally is fewer than 25,000 — as one scientific paper put it, somewhere between that of a chicken and a grape. The remaining 98 percent of our DNA, once dismissed as “junk DNA,” is now taken more seriously. Researchers have focused on introns, in the gaps between the coding segments of genes, which may play a crucial role in regulating gene expression, by switching them on and off in response to environmental stimuli."

(Lost on the Gene Map). The discipline of "human DNA" is somewhat in flux.

In today's post four entities of Bioproject PRJEB55522 are considered in the search for human DNA in Greenland eDNA: (GCF_000181275.1 Sorex, GCF_000233375.1 Salmo, GCF_000260355.1 Condylura, and GCF_000292845.1 Ochotona).

Download .fsa files here (many gigabytes of data). 

The results are:

Searching Modern Human DNA for ancient Greenland eDNA

Ochotona eDNA version GCF_000292845.1 was found in human DNA:
|ATG*GGA*CAG*AGG*CCT*GGG*GAA*GCT*CTG*CAA*CAC*AGA*CTT*TTA*ACT*CAG*GGG*CAT*GTA*TAG|
|ATG*GCC*GAG*CGG*TCT*AAG*GCG*CTG*CGT*TCA*GGT*CGC*AGT*CTC*CCC*TGG*AGG*CGT*GGG*TTC*GAA*TCC*CAC*TCC*TGA|

Condylura eDNA version GCF_000260355.1 was found in human DNA:
|ATG*TCT*TCT*AGT*ATT*TTG*CTT*TCA*AAT*TGT*GTC*TCC*TGC*CAT*TTG*TGC*CAC*ATT*TAA|
|ATG*CAA*TTA*ACG*GCA*CCA*ACA*TTT*ACA*AAA*TAT*GAT*TAC*AAG*CGC*TTT*GGT*TAA|
|ATG*TGC*ATT*TTT*TCG*AGA*GAC*TTG*CAT*TTT*CTT*TGT*GCA*AAT*AAA*GAG*GCC*CTA*AAT*TCT*CCA*TAG|
|ATG*CAG*TGG*AAC*CAT*GAT*AAC*AAA*CAC*AGG*CTC*CAC*TTT*TTG*CTA*CAT*CCC*CCA*ATT*AAT*TAA|
|ATG*AGA*ACA*TAT*GAG*AGA*GTA*TTA*ACA*GAA*AGG*CAC*ACT*TTG*ATT*TAC*TGA|
|ATG*AAC*TCA*GGG*GGC*AGG*GAG*GGC*AGC*TGG*ATG*AGG*GTG*GAG*CCT*GGG*GGG*CGG*GTC*TGA|

Sorex eDNA version GCF_000181275.1 was found in human DNA:
|ATG*TCA*CAA*ACT*ATA*AAG*CTA*CAG*GGA*GGT*AAT*TCA*ATT*ACC*AAT*TTA*GAG*GTT*TTC*TTT*TTA*TTT*AAA*TAA|
|ATG*TCA*TTA*AGG*CTT*TTG*TCT*GCG*CTG*TTT*TTG*TTT*CAG*AAC*TTT*TCT*CAC*AAT*CCT*ATT*TTT*TGT*TGA|

Salmo (Salmon, fish) eDNA version GCF_000233375.1 was NOT found in human DNA

So, some "human DNA" segments can be found in the ancient environment, in some animals, but none were found in the Salmon, a fish.

The next post in this series is here, the previous post in this series is here.

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