My Favorite Posts

Main Website at: www.PuraVidaAquatic.com

@vidaaquatic on X

Posts that I particularly like.

And a great way to find posts that you like is to use the search on any of the pages.

And if you would like to leave a comment but worry about your email address, I do not require it. Just fill in your name and leave the email blank.

Best to you all.

PS. Please don’t try to digest this all in one sitting :-). You’ll probably get food poisoning! :-)

neem-oil/

my-pond/

water-bowls/

gophers/

old-growth-wetlands/

genes-for-blue-eyes/

genetics and DNA/

kinder-gentler-world-of-sexes/

bushtits/

maybe-i-am-not-a-permaculturist/

tanglefoot-stuff/

waaaaaaaaaaahaaaaaaa/

do-_not_-like-this/

thoughts-religion-permaculture-kindness/

lawsuit-accusing-monsanto-of-false-advertising/

mumps-outbreaks-linked-to-waning-vaccine-protection/

3-reasons-no-4-reasons-why-were-fatter-than-30-years-ago/

Past OurToxicNationalParks posts

Best to you all

Bob

Main Website at: www.PuraVidaAquatic.com

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USDA expanded herbicide use

quote: Between March 2025 and April 2026, USDA expanded herbicide use as an emergency measure and eliminated the public’s ability to object to it.


Source: https://nopoisoncalifornia.org/

quote: The science on fire risk and forest recovery contradicts the very solutions herbicide spraying is supposed to deliver.

If you care about glyphosate and all the other herbicides used in our forests you should go check these people out. 

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Demand accountability from California Pesticide Regulators

The cdpr is failing to protect the public or the environment. It now claims that it is going to hide chemical data from you to protect the pesticide industry’s proprietary ingredients.

I’m sure glad we didn’t have this current group in charge back in the 70s. DDT would have been a proprietary ingredient.

Without the current cdpr we would all have IBS, Parkinson’s, autism, gluten intolerance, and pancreatic insufficiency.

Farmworkers and Advocates, Including Legendary Civil Rights Icon Dolores Huerta, Rally at the State Capitol to Demand Accountability from California’s Pesticide Regulator

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OTNP September 2026

Good morning friends, Romans, and countrymen. Lend me your ears.
I hope you are all well and have a happy Labor Day.

I am going to give a talk about glyphosate use in our forests in a couple of weeks. Santa Margarita Group/Sierra Club General Meeting
Monday September 14th, 4pm, French Valley Library.

Pesticides and Herbicides in our Forests??

And I’ve been working a bit on that; revising slides, etc. I have also been exploring a few things that have turned up down in that Forest / glyphosate rabbit hole, but I know from my talks in the past that I can’t have too much brand new stuff or I get rambling. And me rambling is not a pretty sight. laughing.

One of the things I have recently been trying to do is to create a searchable list of environmental and human impacts of these chemicals. Such as proposition 65 chemicals, aquatic toxicity, endocrine disruption, forever chemicals, and a handful of other harms. I have a way now for each “issue” that I think will work. But, if anybody has knowledge of an Excel type system where you can search multiple factors _all at once_ let me know.

Roughly 3 years ago when I first started working with cdpr files I knew nothing! But there was a woman at the California department of pesticide regulation (cdpr) that was overwhelmingly helpful. She was wonderful, and led me to links that it would have taken me months or years to find otherwise. She also sent me lots of other useful info etc. But about 2 years ago the cdpr seems to have gotten a lot of money. I mean a lot. And they became “somewhat” less helpful.

One thing they did was to completely revise their website. But the only real effect other than a pretty new image (GUI) was, as far as I can tell, to specifically prevent anyone from doing what I did to get the database of chemical names vs cdpr chemical codes.

The cdpr bases most of their reporting through their “chemical codes” instead of any intelligent use of the (C)hemical (A)bstract (S)ociety’s identifying C. A. S. (CAS} numbers. Because of this, you need the cdpr’s chemical codes to fully explore their databases. It’s also useful to have their past chemical codes -even if the chemical is no longer actively approved.

I guess I understand why the cdpr revised their website to prevent anyone from actually getting their chem code database again. The cdpr’s chemical codes are certainly a dangerous database to have floating around right? I mean it’s not like it is public data or public information.

The cdpr’s chemcode database simply connects a chemical name to the cdpr designation number -(like CAS numbers only much sloppier). So it’s probably due to National Security for them to upgrade their web presence to prevent anybody from getting it again.

Although, I can certainly understand that they would want to hide their database. The cdpr chemical database is appalling. I don’t have words enough for how an organization (currently run by a supposed PHD in chemistry) can ignore chemical effects that in the past have actually caused harm -like the children of thalidomide. And turn around and track peanut butter and sphagnum moss, and milk. Going out on a limb here but these last items (if organic) will probably not kill you, or cause you to be born with birth defects. As far as I understand chemistry they are not even specific chemicals; nor are they designated by the cdpr as organic or not. Yet they have been given a cdpr chem code. I am unaware if milk, peanut butter, or sphagnum moss have any history of being used as pesticides.

However; poorly identified and poorly tracked chemicals (manufacturing contaminants, pesticide breakdown products, and certain adjuvants and “inert”s) which _can_ and _will_ kill and poison our endangered and native animals, as well as people, kids, grandkids and pets are simply not tracked by the cdpr. Or worse, actively hidden as chemical industry “proprietary”.

Apparently the cdpr has better things to track – like milk and peanut butter – than track the dangerous ones.

Don’t get me started on biological life forms used as pesticides and a bunch of … chemists? (at best).

The half life of any material sprayed into the environment is of absolutely critical importance. I filed a public records act (PRA) request for the data on half-lives that “the cdpr actively uses to approve” the 1,045 ingredients _they have approved_ in California.

They sent PDFs for 18 of those 1,045 active ingredients.

Eighteen. Several were duplicates and several didn’t have any reference to half-life or chemical longevity in the environment.

Much of the “science” on the remaining dozen was not something I would be happy to have a fourth grader of mine submit; and they declared the request closed.

Given what I feel was this pathetic response, I submitted a PRA request to cdpr asking for who for what is responsible for oversight of their answers to a PRA request and they responded with a link to their faq page which, incidentally, does not have this information. This response, like their response to the first question, doesn’t even remotely answer the question. And this second request was also declared closed.

The California Environmental Protection Agency (CalEPA) is the parent governmental agency for cdpr. So I submitted a PRA request to CalEPA inquiring about who is responsible for oversight at the cdpr. I was informed that my request had been forwarded. And – you guessed it -the request was closed.

Several weeks later, guessing that my request had been forwarded to a circular file, I requested from Cal EPA all documents from the past year referencing the California Department of Pesticide Regulation (CDPR) and oversight. The response contained a list of only three emails. They were to/from the current legal counsel for CalEPA, the current legal counsel for CDPR, and the former legal counsel for CDPR.

Three lawyers but no documented oversight at all.

I wonder where that grant money that the cdpr obtained in the last two or so years went.

I wonder where it came from.

Bob

We desperately need
#ChemFreeZones
Especially around our schools!

Please ask our environmental organizations to provide basic information on what pesticides the national parks are spraying.
https://chng.it/9Dj4vKwbK5

Just three easy steps

For past OTNP (#_OTNP on X) issues.
https://www.puravidaaquatic.com/wordpress/past-ourtoxicnationalparks-posts/
But you may want to start here. www.puravidaaquatic.com/wordpress/why-i-started-this/
If you have received this as a forward and would like to continue receiving it please email me “vidaaquatic@gmail.com”
And if you would like to donate as little as $5 to the cause, you can Zelle it to vidaaquatic@gmail.com. thank you very much.
Bob
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OTNP Aug 2026

Oh my goodness how time flies when you’re having fun. I would like to let my readers know that I am going to give a talk on my work exploring and documenting pesticide use in our wilderness areas at the French Valley Library on Monday September 14th at 4:00pm sponsored by the Santa Margarita Group/Sierra Club General Meeting.



French Valley Library

https://maps.app.goo.gl/waA9badhDmxqpCpb8?g_st=ac

Because of the recent Mother Jones article YouTube overview here (https://youtu.be/il75UKzKQZk?is=j7dSIHXvbfm8o5M9) I have been exploring the impact of glyphosate and…


The 17 herbicides other herbicides that are regularly being used in our forests.
2,4-D, 2-ETHYLHEXYL ESTER SALT
2,4-DICHLOROPHENOXYACETIC ACID, CHOLINE SALT
AMINOPYRALID, TRIISOPROPANOLAMINE SALT
CHLORSULFURON
CLOPYRALID, MONOETHANOLAMINE SALT
FLAZASULFURON
FLUROXYPYR, 1-METHYLHEPTYL ESTER
HEXAZINONE
IMAZAPYR
IMAZAPYR, ISOPROPYLAMINE SALT
INDAZIFLAM
OXYFLUORFEN
PENOXSULAM
SULFOMETURON-METHYL
TRICLOPYR, BUTOXYETHYL ESTER
TRICLOPYR, TRIETHYLAMINE SALT
TRICLOPYR CHOLINE
I have also been trying to get confirmation that the US Forest Service is involved in the Glyphosate spraying.

2

So I looked for US Forest Service permits in the county that in 2023 had the highest glyphosate use: El Dorado county in Northern California.

The California cdpr has started removing the permittee information in their public files so I had to file a PRA (the California equivalent of a FOIA. The database file that I finally got was not in the best shape; I’ll call it PRA.

Out of over 17,000 lines more than a third were large duplications of random address cells. But this PRA file did have some permittee information on the USFS

So I spent some time cleaning it up and then verifying that it had all the original information; just not all the duplications.

I had asked for the full file the county had sent to the cdpr; but including the permittee information.

But what I got somehow did not have any of the amount, volume, or active ingredient data for the pesticides used nor any way to estimate the pounds of active ingredients. So I combined it with the California pesticide use report data file (PUR). This actually took the longest for me to do because I had to not only match up the records from each source (PUR and PRA) 1pur 1pra 2pur 2pra 3pur 3pra etc. but also ensure that each pair was in the correct order. Fortunately I’m a database wizard lol.

The results were stunning.
I documented for myself the first use of the new cdpr chem code (-2). The use of this code allows the cdpr to hide any information about what the chemical is from you; even what the chemical name is. Because they need to protect big business proprietary information (or in other words from being responsible). And hiding chemical name and other information from you will prevent big business from ever again have another problem like glyphosate because you won’t know what the chemical is being sprayed.

Hard enough to prove glyphosate causes cancer it’ll be even harder to prove chemical “unknown” caused cancer.

5

The cdpr is no longer regulating chemicals. They are a freeway on ramp for corporations that want to make, sell, and use highly dangerous chemicals.

We desperately need
#ChemFreeZones
Especially around our schools!

Please ask our environmental organizations to provide basic information on what pesticides the national parks are spraying.
https://chng.it/9Dj4vKwbK5
https://www.puravidaaquatic.com/wordpress/just-three-easy-steps/

For past OTNP (#_OTNP on X) issues.
https://www.puravidaaquatic.com/wordpress/past-ourtoxicnationalparks-posts/
But you may want to start here. www.puravidaaquatic.com/wordpress/why-i-started-this/
If you have received this as a forward and would like to continue receiving it please email me “vidaaquatic@gmail.com”
And if you would like to donate as little as $5 to the cause, you can Zelle it to vidaaquatic@gmail.com. thank you very much.
Bob
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OTNP July 2026

Good morning friends, Romans, countrymen. I come not to praise Caesar but to bury him.
A great example of side effects.
A chemical that doesn’t drastically affect one animal can have lethal side effects in another animal.
https://en.wikipedia.org/wiki/Indian_vulture_crisis

https://www.foodandwine.com/forever-chemicals-pfas-children-bone-density-study-11963513
In 2026 Researchers led by the University of North Carolina reported their study of children followed from birth through age 12. Those exposed to higher PFOA were found with lower bone density, with girls appearing more vulnerable than boys. (Experts recommend reducing exposure.) You think?! Sheesh.


California department of pesticide regulation along with the Federal epa has just approved more PFAS chemicals to be used as pesticides. Lovely. So when our endangered vertebrate animals are exposed to these new pesticides in our forests (Mother Jones) what do you think will happen? Will it affect their bones as well? Do you think that the chemical companies care and now will start testing for whether this could happen to endangered animals?


My Microbiology PhD thesis was on DNA damage and repair.
I Love biology!
And while I rarely got the best grades in my chemistry classes …
Doing the best I could gave me a perspective on the chemicals we are spraying around and how they interact with biology

😀And so I started a little business PuraVidaAquatic doing outside sources of water non-chemically and became an a bit of a nut about pesticides

I was talking to a friend about all my perceived horrors of pesticides and started rambling on about the idea that maybe we could generate non-chemical zones where pesticide use was prohibited and they asked how about our national parks?

The National Parks would be great!
Benefits:
Not growing food :. Farm lobby wouldn’t be against us.
The animals certainly wouldn’t be against us.
most people I know wouldn’t be against it.
What could go wrong.


I wrote to Sequoia Everglades and Yosemite asking for their pesticide use.
And again…
And again…
Do you know the expressions:
Willful ignorance.
Strategic stupidity.
Delay Delay Delay and deny.
I could talk for an hour

One of the things I did while waiting for Federal non-answers was to continually search for assistance. I wrote to Audubon, the Sierra Club, and World Wildlife Fund and the Center For Biological Diversity. Hoping for interest in also requesting information from the national parks. And the Center For Biological Diversity responded with have you checked out our FOIA search page.
https://www.biologicaldiversity.org/foia-search/search

What an awesome site. I found documents that confirmed that the national parks were permitting/ or authorizing/ large amounts of pesticides on their leased land.

10 tons in practically the first document I found in a very limited data set.
U.S. Fish and Wildlife Service
Pesticide Use Proposal Date: 02/28/2014
PUP Number: R8-11-81660-002

10 tons to a leased orchard. Permitted for an area that was supposed to be restricted due to endangered animals and fish.
Violating their own regulations.
A specific reference to the PUP database

Two and a half years later the national parks refuse to give me current information about pesticide use in the Parks and refuse to give me any PUP records


But it’s not just the pesticides themselves

There are:
A) Sticker spreaders adjuvants are sort of like toxic honey that then sticks to the leaves better. So an animal hunting food or love gets much more toxic material sticking to its fur and feet.

B) Forever chemicals: As little as 3 years ago; close to a dozen PFAS’s were also listed “inert” by the EPA.

C) Antimicrobials (antibiotics) that destroyed the soil food web.

When an endangered animal gets this toxic honey or forever chemicals on its fur.

It can’t take a shower.
It must
Lick it off.
Our endangered animals cannot:
1 Hire their own lawyers to sue Monsanto.
2 Request public documents.
3 Go to a doctor for IBS or Parkinson’s, or non-Hodgkin lymphoma (NHL)
4 They can’t give talks to educate the public.

I was growing frustrated at the lack of cooperation from the national park service.
And then the Mother Jones article came out. Mother Jones YouTube Summary.

The Mother Jones article is about the glyphosate use in California forests and while I am somewhat concerned about glyphosate there are actually far worse pesticides being used. As well as the chemicals I mentioned above.

The Mother Jones article
Nate Halverson
May+June 2026 Issue
was limited to CA State lands.
266,000 pounds of pure glyphosate in 2023, the latest year for which data was available—is nearly five times what it was two decades ago


I have the public cdpr 2023 files for forestry for 2023.

Chemical Weights Table


2023[]Annual[]Statewide[]Pesticide[]Use[]California

Total 22,338 application records

Commodity Forest, Timber

45 Diff chemicals:Total
648,068lb or 324 Tons Active ingredients

lbs #Products Type acres Treated
229665.4 9 Adjuvant 201,646.52
10364.9 1 Antimicrobial 41,185.35
1469.45 1 Emulsifier 5,258.57
1759.18 2 Fungicide 42,015.25
265835.72 3 Glyphosate 102,158.72
131258.59 17 Herbicide 201,151.38
386.26 2 Insecticide 3,656.91
16.2 1 pheromone 50
43.64 1 preservative 2428.41
3.84 1 Strychnine 1, 483.4
1316.97 1 Surfactant 1, 946.87

This table presents CDPR data for 2023

analysis of 17 forestry herbicides 12 are problematic
9 that have long halflives are used on more than a sq mi
5 have fluorines 3 are PFAS (forevercides)
1 has a halflife of over 2yrs
1 causes liver toxicity and anemia in genetically sensitive individuals
1 causes endocrine disruption thyroid, estrogen/androgen interference and neurological effects
1 includes high toxicity to non-target aquatic plants/algae/duckweed (runoff risk)

What to do?
Some mental things
and some physical things.

Mentally we need to stop swallowing the chemical companies PR campaigns so much

Particularly integrated pest Management. IPM for the pesticide industry is directly analogous to the NRA for the gun industry
They both claim to advocate responsible behavior but we wouldn’t be promoting the NRA in our public schools. Or in our national parks. When you see IPM stop and think what are they really selling

Physically we need to promote the idea of Chemical Free Zones.

We need to keep PFOA and PFAS containing products as well as any chemical that does not break down normally in the environment out of our wilderness areas.

Ask the CDPR:
https://cdprca.nextrequest.com/users/sign_inFor the half-life determination for the 1,000+ current registered and approved active ingredients

We desperately need
#ChemFreeZones
Especially around our schools!

Please ask our environmental organizations to provide basic information on what pesticides the national parks are spraying.
https://chng.it/9Dj4vKwbK5
https://www.puravidaaquatic.com/wordpress/just-three-easy-steps/

For past OTNP (#_OTNP on X) issues.
https://www.puravidaaquatic.com/wordpress/past-ourtoxicnationalparks-posts/
But you may want to start here. www.puravidaaquatic.com/wordpress/why-i-started-this/
If you have received this as a forward and would like to continue receiving it please email me “vidaaquatic@gmail.com”
And if you would like to donate as little as $5 to the cause, you can Zelle it to vidaaquatic@gmail.com. thank you very much.
Bob

http://www.puravidaaquatic.com/

Spread the Good News Below: Permaculture!
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OTNP June 2026

The Center For Biological Diversity wins for us, and nature again.
Loophole in Endangered Species Act Is Closed to Coal Miners After Court Ruling https://www.goodnewsnetwork.org/loophole-through-endangered-species-act-protections-closed-for-coal-miners-after-court-ruling/
I am seriously late getting my newsletter out this month and I apologize! Lots of fun things going on.

I hike regularly in the Santa Monica mountains just north of Santa Monica in Los Angeles. As I was going up my regular trail I heard a buzzing that I assumed was a large number of flies around something but I stepped carefully several feet off the trail and looked and discovered thousands of native bees nesting in holes they had dug in the ground
https://youtube.com/shorts/n9-AxgzGNMw?is=AdgeFKmtofZ5fZYr
The dramatic collapse of Bombus pensylvanicus has made it a species of major conservation concern. [1, 2]
Historic Abundance: The American bumble bee was formerly the most widespread and common bumble bee species in the southern U.S. and eastern Great Plains.
Current Status: Populations have plunged by roughly 89%. While still present in some southern states, it has become critically rare or entirely extirpated in the northern parts of its historical range.

Another fun thing I have done recently is that I have gotten a garden at a big community Garden in Los Angeles again. It has 500 gardens and people grow everything from food to flowers to just fun plants. I’ve been in a half dozen community gardens over the years and some only allow one to grow food vegetable plants. That isn’t benefiting our native pollinators and this particular Garden is fantastic in that it promotes growing flowers as well as food. I bring that up because it is one of the few places in Los Angeles in the last couple of decades that I have seen bumblebees.

Spinach, which holds the top spot in this year’s dirty dozen, had more pesticide residue by weight than any other type of produce and “contained, on average, four or more different types of pesticides,” according to Environmental Working Group, which has published the annual report since 2004. (Over 20 years my friends)

Before the USDA examines each sample, the fruit or vegetable is peeled or scrubbed and thoroughly washed to mimic consumer behavior at home. Even after taking those steps, testing found traces of 264 pesticides — of those, 203 appeared on Dirty Dozen produce.

For the first time, the report found over 60% of all Dirty Dozen samples contain pesticides that are also “forever chemicals” called PFAS. The top three most frequently detected pesticides on produce were these perfluoroalkyl and polyfluoroalkyl substances.

Chemicals used on Spinach in California in 2023

And this illustrates the serious problem with systemic insecticides.
They are taken up by the plant and contained within its tissues.
You cannot
Wash them
Off

And lastly
We Are Bombarding America’s Forests With Roundup – Mother Jones https://share.google/1486qTVA6jhsAVzqP
Since this is directly related to my our toxic national parks I will do a more complete evaluation of this story next month.

We desperately need
#ChemFreeZones
Especially around our schools!

Please ask our environmental organizations to provide basic information on what pesticides the national parks are spraying.
https://chng.it/9Dj4vKwbK5

For past OTNP (#_OTNP on X) issues.
https://www.puravidaaquatic.com/wordpress/past-ourtoxicnationalparks-posts/
But you may want to start here. www.puravidaaquatic.com/wordpress/why-i-started-this/
If you have received this as a forward and would like to continue receiving it please email me “vidaaquatic@gmail.com”
And if you would like to donate as little as $5 to the cause, you can Zelle it to vidaaquatic@gmail.com. thank you very much.
Bob
The best to everyone

Spread the Good News Below: Permaculture!
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Chemicals used on Spinach in California in 2023

Chemical Weights Table


Chemicals Listed By CDPR as used on Spinach for the year 2023

Pounds Applied _________ 452055.89

Acres Treated _________ 210846.64

Chemical Weight (lbs) Acres Treated
4-nonylphenol, formaldehyde resin, propoxylated 54.74 1330.59
Abamectin 230.39 14913.55
Acetamiprid 180.24 2491.33
Acibenzolar-s-methyl 563.78 24236.66
Afidopyropen 76.35 7295.76
Aggregated adjuvant data 497.62 15670.97
Albifimbia verrucariasolids and solubles strain: aarc-0255 2.66 3.7
Alpha-(para-dodecylphenyl)-omega-hydroxypoly(oxyethylene) 12.53 954.13
Alpha-(para-nonylphenyl)-omega-hydroxypoly(oxyethylene) 11.29 318.74
Alpha-alkyl (c9-c11)-omega-hydroxypoly(oxyethylene) 13.81 112.58
Alpha-cypermethrin 0.83 33.66
Alpha-pinene-beta-pinene copolymer 240.95 1437.37
Alpha-undecyl-omega-hydroxypoly(oxyethylene) 52.19 472.38
Ametoctradin 1880.84 6965.27
Ammonium nonanoate 848.19 127
Ammonium sulfate 41.94 76.39
Azadirachtin 49.1 1793.37
Azoxystrobin 235.86 1032.64
Azoxystrobin 0.11 4344.12
Bacillus altitudinis strain: qst 2808 55.84 884.52
Bacillus amyloliquefacens strain: f727 3526.53 1417
Bacillus mycoides isolate j 43.13 628.08
Bacillus subtilis subspecies subtilis strain: iab/bs03 0.02 15.48
Bacillus thuringiensis (berliner), subsp. kurstaki, strain sa-11 6172.23 4882.2
Bacillus thuringiensis subsp. aizawai strain: abts-1857 1114.1 1942.79
Bacillus thuringiensis subsp. aizawai strain: gc-91 969.53 1051.27
Bacillus thuringiensis subsp. kurstaki strain: abts-351 950.69 1676.57
Bacillus thuringiensis subsp. kurstaki strain: eg7841 , genetically engineered 50.52 73.4
Bacillus thuringiensis subsp. kurstaki strain: evb-113-19 11.13 67.08
Bacillus velensis strain: qst 713 65.32 807.66
Bacillus velezensis strain: d747 3176.18 578.25
Bacillus velezensis strain: mbi 600 17.25 313.53
Beauveria bassiana strain: gha 20.14 46.41
Benzoic acid 41.54 2371.91
Beta-cyfluthrin 82.88 3213.27
Bifenthrin 0.1 7
Burkholderia rinojensis strain a396 1474.96 342.7
Capric acid 756.8 58.31
Caprylic acid 924.97 58.31
Carbaryl 0.09 0.09
Carfentrazone-ethyl 0.87 29.66
Cerevisane (cell walls of saccharomyces cerevisiae strain las117) 269.53 571.42
Chlorantraniliprole 554.38 5186.81
Chromobacterium subtsugae strain: praa4-1 316.86 457.67
Citric acid 2.62 140.56
Clarified hydrophobic extract of neem oil 112.15 68.9
Clethodim 14.75 174.12
Clothianidin 114.49 760.22
Copper hydroxide 264.27 191.9
Copper hydroxide 5739.78 778566.42
Copper octanoate 181.09 304.69
Cyantraniliprole 195.58 1957.6
Cyazofamid 204.68 2870.83
Cyclaniliprole 6.02 117.97
Cycloate 38649.25 18822.28
Cyfluthrin 18.77 419
Cymoxanil 329.77 2036.03
Cyprodinil 2.49 7.6
Cyromazine 243.22 1952.61
Diatomaceous earth 10189.38 721.4
Dimethomorph 1412.38 6965.27
Dimethyl alkyl tertiary amines 45.24 2371.91
Dimethylpolysiloxane 20.5 2148.08
Dinotefuran 31.42 244.84
Emamectin benzoate 0.57 39.57
Emulsifiable methylated vegetable oil 181.52 326.21
Famoxadone 172.77 1198.54
Fatty acids, c16-c18 and c18-unsaturated, methyl esters 196.19 1337.01
Fenamidone 2079.78 8101.9
Flonicamid 629.35 7489.26
Fludioxonil 0.1 4344.12
Fludioxonil 8.05 36.81
Fluopicolide 1041.06 8464.53
Fluopyram 5.53 44.67
Flupyradifurone 788.63 5264.64
Fosetyl-al 2033.19 853.36
Glyphosate, isopropylamine salt 87.37 39.97
Glyphosate, potassium salt 198.58 111.06
Gs-omega/kappa-hxtx-hv1a, versitude peptide 3.15 73.4
Hydrogen peroxide 18349.27 10207.53
Hypocrea (teleomorph) 1.89 33.69
Hypocrea atroviridis 1.89 33.69
Imidacloprid 1140.13 16168.82
Indoxacarb 13.94 213.12
Isaria fumosorosea apopka strain: 97 6 19.2
Lambda-cyhalothrin 1.51 11.05
Lecithin 17.91 146.17
Low molecular weight paraffinic oil 77.2 2100.95
Malathion 241.17 235.57
Mandipropamid 3820.23 29765.01
Margosa oil 970.73 697.53
Mefenoxam 9605.76 16440.93
Mefenoxam 63.23 916719.03
Metalaxyl 478.8 361
Metalaxyl 59.55 190260.06
Methomyl 2957.46 4291.46
Methoxyfenozide 305.66 1949.61
Methylated silicones 59.36 702.51
Methylated soybean oil 1598.24 2689.79
Mineral oil 1262.74 2299.18
N,n-bis-(2-omega-hydroxypoly(oxyethylene)ethyl)alkylamine, alkyl derived from tallow fatty acids 58.17 1503.59
Oxathiapiprolin 237.79 15645.17
Pendimethalin 18.94 20
Penthiopyrad 23.9 76.54
Permethrin 6365.43 43617.25
Peroxyacetic acid 7238.24 10207.53
Phenmedipham 53.3 124.19
Phosphoric acid 7.63 56.81
Piperonyl butoxide 114.69 229.58
Polyalkeneoxide modified heptamethyltrisiloxane 3.42 319.8
Polybutene 37.95 1330.59
Polyoxin d, zinc salt 0.23 46.59
Polyoxyethylene polyoxypropylene 78.26 2002.44
Polyoxyethylene sorbitan monooleate 33.05 378.84
Potassium bicarbonate 45.68 49.65
Potassium laurate 273.49 189.8
Potassium n-methyldithiocarbamate 10238.93 40.58
Potassium phosphite 44695.44 20663.27
Potassium silicate 7.15 4.7
Propamocarb hydrochloride 1282.55 1326.75
Pseudomonas chlororaphis subsp. aurantiaca strain: afs009 99.8 50.1
Pydiflumetofen 2.02 15.43
Pymetrozine 52.95 616.84
Pyraclostrobin 11.7 59.8
Pyraflufen-ethyl 0.18 54.08
Pyrethrins 151.83 3885.11
Reynoutria sachalinensis (giant knotweed) plant extract 23.27 149.1
S-metolachlor 328.83 529.84
Soybean oil 63.57 124.6
Soybean oil, ethoxylated 18.89 378.84
Spinetoram 2054.66 40317.53
Spinosad 2153.53 21069.11
Spiromesifen 18.89 144.1
Spirotetramat 177.94 2325.06
Strepomyces lydicus strain: wyec 108 0.12 442.06
Streptomyces griseoviridis strain k61 0.73 2.1
Sulfoxaflor 94.39 2892.7
Tall oil fatty acids 9.86 551.84
Thiamethoxam 206.6 3499.28
Thiram 2511.75 1153844.32
Trichoderma virens strain: gl-21 37.49 62.49
Trifloxystrobin 5.53 44.67
Zeta-cypermethrin 182.5 7036.51

This table presents CDPR data for 2023



“`

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OTNP May 2026

OTNP May 2026
Good morning lovely people! Do you drink almond milk?
In 2023 California sprayed 368 different kinds of chemicals on its almond crop. https://www.puravidaaquatic.com/wordpress/california-almonds/

Integrated Pest Management (IPM) has become an integral part of the california department of pesticide regulation cdpr. IPM is described by internet search engines as a prominent lobbying organization. Very similar to the NRA!

Quote:
Integrated Pest Management (IPM): We like to describe IPM as any approach that uses the least toxic, effective method to solve pest problems.
Sustainable Pest Management (SPM): Is a whole-system approach that builds on the concept of IPM to include Human Health & Social Equity, Environmental Protections, and Economic Vitality
End Quote:

That truly sounds great doesn’t it!

Well this is from the NRA:
Founded in 1871 to advance rifle marksmanship, the modern NRA has become a prominent gun rights lobbying organization while continuing to teach firearm safety and competency.

The NRA teaches “firearm safety” just like the IPM teaches “responsible pesticide use” They are both simply public relations organizations dedicated to the industry they represent.


Our cdpr sends out regular emails advertising:
“IPM Resources for Child Care Centers.”
Don’t you wish we also had the NRA actively working with child care centers? I’ll bet you the NRA wishes they had government agencies actively doing their advertising for them like the cdpr does for IPM. At least the NRA doesn’t promote waving a loaded gun around our schools indiscriminately; unlike IPM waving pesticides around our schools.

The National Park service sprays literally tons of pesticides in our toxic national parks #_OTNP; because the National Park service is working for the timber industry not you or the environment.

And if you don’t agree please take a chance to change your mind
The Great Big Giant Sequoia Scam (Documentary Film from johnmuirproject.org

Homepage

Comment on the above documentary by @craigsawyer
Quote:
I went into Forestry when I was in my early twenties. I was idealistic and very quickly found that money drives the management of your forest. Its not science, its not symbiotic with nature, its for profit rape of the land. Nature survives in spite of us not because of us.
End Quote:

Just a silly idea:
If any company markets a product to spray on more than 40 acres they can’t claim that only they, their paid employees, and best friends can see the data

Since we know that the residues are on our food and that medicines are required to have clinical trials, why don’t we require pesticides to be tested in the same progressive phases to establish safety and efficacy. These studies move from small groups testing dosage and safety to larger groups, involving thousands, to confirm effectiveness and monitor side effects.

Phase I (Small Group): Initial testing on 20–100 healthy volunteers or patients to evaluate safety, safe dosage range, and identify side effects.
Phase II (Larger Group): Studies on 100–300 patients to assess effectiveness and further evaluate safety.
Phase III (Large Group/Final Step): Tests on 1,000–3,000+ patients to confirm efficacy, monitor side effects, and compare the drug against standard or standard-of-care treatments.
Phase IV (Post-Approval): Continued monitoring after FDA approval to study long-term safety and effectiveness in the general population.

We could start with the families of the CEOs of the pesticide manufacturers. 😃 I get it. We could never pass that law. We have to start with volunteers. But think about the possibilities 😃

We desperately need
#ChemFreeZones
Especially around our schools!

Please ask our environmental organizations to provide basic information on what pesticides the national parks are spraying.
https://chng.it/9Dj4vKwbK5

Just three easy steps

For past OTNP (#_OTNP on X) issues.
https://www.puravidaaquatic.com/wordpress/past-ourtoxicnationalparks-posts/
But you may want to start here. www.puravidaaquatic.com/wordpress/why-i-started-this/
If you have received this as a forward and would like to continue receiving it please email me “vidaaquatic@gmail.com”
And if you would like to donate as little as $5 to the cause, you can Zelle it to vidaaquatic@gmail.com. thank you very much.
Bob

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OTNP MAR 2026

OTNP December 2025
Good morning lovely people.
I am going to repost this really good Mr. Sandman parody by two very talented young women. They are one of the reasons why I spend so much time on this project. There are people that have talents other than what I have and yet don’t have talents in database construction, the interface between chemistry and biology, and some of the other gifts I have.

If you didn’t listen to it last time certainly consider giving it a try! And if you did listen to it listen to it again like I have!

Nice guitar work!
https://www.facebook.com/reel/25313109035019259/?mibextid=9drbnH&s=yWDuG2&fs=e


I am deeply concerned about the child abuse our pesticide industry is perpetrating.
We must have a zero tolerance policy for neurotoxic pesticides around our children.
Zero tolerance for at least one mile around public and private schools. We must have zero tolerance of neurotoxins around places of worship; churches, mosques, synagogues, etc. We must have absolutely zero tolerance for neurotoxic child abuse around municipal parks.
California dpr is not only racist (as claimed by Californians for Pesticide Reform) but they are in effect also child abusers.

I had a voice meeting recently with representatives from the California department of pesticide regulation (cdpr) and I was able to ask several questions. One was primarily about the makeup of the teams that regulate pesticides. These “teams” are given names such as oak, redwood, maple, cedar and pine and are central to the agency’s work, yet there is very little public information regarding who decides their makeup or how specific, active ingredients are assigned to them.

Pesticides are incredibly diverse. They range from biological life forms to complex chemical toxins like neonicotinoids and “forever chemicals.” Currently, there is no clear published rationale by the cdpr for how these materials are assigned to various teams.

The cdpr actually argues that this is a “feature”, as a generalist approach ensures knowledge overlap if a member leaves. I believe this lacks the effectiveness of true specialization. A system that allows specialists to focus on specific chemical or biological properties would be far _more_ robust and less susceptible to the gaps created when team members depart. Without clear rules, the current system remains vulnerable to political and financial influence.

While none of the teams at the heart of the cdpr regulation of pesticides have clear boundaries, The pesticides they are responsible for do have clear boundaries. The active ingredients can be classified as bacterial life forms, viral life forms, and other materials in addition to all the chemical toxins. The toxic chemicals also fall into various categories herbicides, insecticides, avicides as well as being in different classes of chemical compounds such as neonicotinoids, synthetic pyrethrins, and especially important, how long any of these toxins persist in the environment. This last physical property (the half life) has become vitally important with the identification of more and more so-called forever chemicals. We desperately need to have a team made up of members who are focused and particularly knowledgeable on these.

No rhyme or reason to how the chemicals are being assigned to various teams and the cdpr website and the representatives I talked to claim that this is somehow more robust. This is nothing but gobbledygook. How is a system that has teams specializing on specific groups of compounds somehow _less_ robust?

A system that allows the team members to work with other team members having similar knowledge and focus enhances the knowledge about the specific chemical properties or biologics that they’re working with. Teams without any specialization cannot possibly have the independent ability to understand and critically determine all the ramifications of the random hodgepodge of chemicals and biologicals they are assigned. The teams must be able to focus and specialize on these incredibly complex chemical and biologic systems. And the rules for assigning chemicals must be clear and stated in new online cdpr documents.

If one member of a specialized team leaves there is still plenty of knowledge remaining. In fact this would be far _more_ robust than scattering knowledge to the winds.

Where as if an unspecialized team has been assigned a group of biological organisms and their one person with a somewhat better biological knowledge leaves, there is no one to fill the gap. And the cdpr claims that they do not regularly reassign active ingredients to other teams in the event of a team member leaving.

The current system is simply too susceptible to team member loss, abuse, politics, money, and mushroom growth (think lighting and food).

In my opinion this is not pesticide _regulation_ it is a freeway on ramp, and it is killing our kids.

On a completely new topic I received a newsletter from chaparral wisdom recently that I thought I would put here with some information and links. Given my rant just above I truly loved the quote “Using Orwellian double-speak to mask the madness” 😆🫤🤔🥴😮😳

Chaparral Wisdom Read on blog or Reader
The End of Wild Nature in California
CA Chaparral Institute Avatar
By CA Chaparral Institute on March 4, 2026

Governor Newsom and Cal Fire target all wildlands in California
with herbicides, logging, grinding machines, and fire

Part I: The scope of the destruction

One third of California, 35.5 million acres, are in the sights of the state’s new, updated Vegetation Management Program (VTP). Rather than something to cherish, Nature is now seen as the enemy, a thing that needs to be controlled, mitigated, cleared. Using Orwellian double-speak to mask the madness, the clearance and ripping apart dense, biodiverse habitat is referred to as “ecological restoration,” improving “forest health,” and making wildlands “fire resilient.”

In this eleven part series we will be offering an in-depth look into the consequences of the belief that Nature can not function without us, and needs to be forever mowed, trimmed, and chemically treated

The series of posts above by the chaparral institute has additional implications about the past spraying of carbaryl in our oak forests _in order to protect them_.

Spraying promoted by industry, and salespeople as well as the Sierra Club itself. This has led to serious consequences to all the animals that actually call our oak forests home. You know, all the animals that can’t go to their nest in the oak branches and take a hot shower to wash the toxins off their paws and (furry, webbed, bird, etc.) feet. Wonder how many people that were involved in that spraying program (including the Sierra Club members) would like to have that amount of carbaryl dusted around their own living rooms. It would not quite be the same as they wouldn’t have to lick it off their hands and feet.

Beware “integrated pest management” stories. IPM is simply the NRA of the pesticide industry.

IPM advocates _responsible_ pesticide use. …. More, and more, and more of it … very subtly very deliberately.

We desperately need
#ChemFreeZones
Especially around our schools!

Please ask our environmental organizations to provide basic information on what pesticides the national parks are spraying.
https://chng.it/9Dj4vKwbK5
https://www.puravidaaquatic.com/wordpress/just-three-easy-steps/

For past OTNP (#_OTNP on X) issues.
https://www.puravidaaquatic.com/wordpress/past-ourtoxicnationalparks-posts/
But you may want to start here. www.puravidaaquatic.com/wordpress/why-i-started-this/
If you have received this as a forward and would like to continue receiving it please email me “vidaaquatic@gmail.com”
And if you would like to donate as little as $5 to the cause, you can Zelle it to vidaaquatic@gmail.com. thank you very much. Bob
Spread the Good News Below: Permaculture!
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California almonds

Chemical Weights Table


Chemical Weights Table

Chemical Weight (lbs) Weight (tons)
(e)-5-decenyl acetate 0.01 0.0
(e,e)-8,10-dodecadien-1-ol 11.13 0.0
(z,z)-11,13-hexadecadienal 1852.17 0.9
1,3-dichloropropene 925202.87 462.6
2,4-d 1739.44 0.9
2,4-d, diethanolamine salt 1385.57 0.7
2,4-d, dimethylamine salt 73713.96 36.9
2,4-dichlorophenoxyacetic acid, choline salt 6281.78 3.1
2-(3-hydroxypropyl)-hepta-methyl trisiloxane, ethoxylated, acetate 18925.68 9.5
2-butoxyethanol 461.35 0.2
3,7-dimethyl-6-octen-1-ol 9.96 0.0
4-nonylphenol, formaldehyde resin, propoxylated 44516.6 22.3
Abamectin 16488.6 8.2
Acephate 2263.41 1.1
Acequinocyl 141.7 0.1
Acetamiprid 2569.89 1.3
Acrylic acid-butyl acrylate-styrene copolymer 37623.29 18.8
Aggregated adjuvant data 107809.09 53.9
Agrobacterium radiobacter strain: k84 8.25 0.0
Albifimbia verrucariasolids and solubles strain: aarc-0255 183.61 0.1
Alcohols, c12-14-secondary, ethoxylated 76197.86 38.1
Alkyl (c8,c10) polyglucoside 17293.55 8.6
Allethrin 0.24 0.0
Allyl polyoxyethylene acetate 21.42 0.0
Alpha-(para-dodecylphenyl)-omega-hydroxypoly(oxyethylene) 857.33 0.4
Alpha-(para-nonylphenyl)-omega-hydroxypoly (oxyethylene) sulfate, ammonium salt 2.83 0.0
Alpha-(para-nonylphenyl)-omega-hydroxypoly(oxyethylene) 562754.89 281.4
Alpha-(para-nonylphenyl)-omega-hydroxypoly(oxyethylene) 30.23 0.0
Alpha-(para-nonylphenyl)-omega-hydroxypoly(oxyethylene), branched 13340.59 6.7
Alpha-(para-nonylphenyl)-omega-hydroxypoly(oxyethylene), phosphate ester 30625.71 15.3
Alpha-(para-tert-butylphenyl)-omega-hydroxypoly(oxyethylene) phosphate 1841.95 0.9
Alpha-2,6,8-trimethyl-4-nonyloxy-omega-hydroxypoly(oxyethylene) 7070.94 3.5
Alpha-alkyl (c10-c16)-omega-hydroxypoly(oxyethylene) 9281.61 4.6
Alpha-alkyl (c10-c16)-omega-hydroxypoly(oxyethylene) 30.23 0.0
Alpha-alkyl (c12-c14)-omega-hydroxypoly(oxyethylene) 17190.4 8.6
Alpha-alkyl (c9-c11)-omega-hydroxypoly(oxyethylene) 46481.45 23.2
Alpha-alkylaryl-omega-hydroxypoly(oxyethylene) 1.19 0.0
Alpha-cypermethrin 75.43 0.0
Alpha-isodecyl-omega-hydroxypoly(oxyethylene) 719.52 0.4
Alpha-pinene-beta-pinene copolymer 46038.37 23.0
Alpha-tridecyl-omega-hydroxypoly(oxyethanol) phosphate 20751.44 10.4
Alpha-undecyl-omega-hydroxypoly(oxyethylene) 162896.81 81.4
Alpha-[para-(1,1,3,3-tetramethylbutyl)phenyl]-omega-hydroxypoly(oxyethylene) 67.96 0.0
Aluminum phosphide 1170.27 0.6
Aluminum phosphide 1463.54 0.7
Aluminum phosphide 1211.98 0.6
Aluminum phosphide 11.25 0.0
Aluminum phosphide 281.07 0.1
Aluminum phosphide 8422.46 4.2
Aluminum phosphide 443.86 0.2
Amines, tallow alkyl, ethoxylated propoxylated 76.45 0.0
Aminoethoxyvinylglycine hydrochloride 311.49 0.2
Ammonium nitrate 10288.18 5.1
Ammonium propionate 15400.45 7.7
Ammonium sulfate 314090.93 157.0
Aspergillus flavus strain: af-36 1.55 0.0
Aureobasidium pullulans subspecies pullulans dsm # 14940 Almond 236.31 0.1
Aureobasidium pullulans subspecies pullulans dsm # 14941 Almond 236.31 0.1
Azadirachtin 190.83 0.1
Azoxystrobin 140746.31 70.4
Bacillus altitudinis strain: qst 2808 218.54 0.1
Bacillus amyloliquefacens strain: f727 10582.54 5.3
Bacillus subtilis subspecies subtilis strain: iab/bs03 0.97 0.0
Bacillus thuringiensis (berliner), subsp. kurstaki, strain sa-11 8910.67 4.5
Bacillus thuringiensis subsp. aizawai strain: abts-1857 3866.24 1.9
Bacillus thuringiensis subsp. aizawai strain: gc-91 2.5 0.0
Bacillus thuringiensis subsp. kurstaki strain: abts-351 25825.94 12.9
Bacillus thuringiensis subsp. kurstaki strain: evb-113-19 26327.53 13.2
Bacillus thuringiensis subsp. kurstaki strain: sa-12 144.5 0.1
Bacillus velensis strain: qst 713 1936.02 1.0
Bacillus velezensis strain: d747 10967.11 5.5
Bacillus velezensis strain: mbi 600 697.84 0.3
Beauveria bassiana strain: gha 164.45 0.1
Benzoic acid 367.4 0.2
Beta-conglutin 1350.91 0.7
Beta-cyfluthrin 367.58 0.2
Bifenazate 107865.6 53.9
Bifenthrin 104939.77 52.5
Boscalid 17233.94 8.6
Buprofezin 7629.31 3.8
Burkholderia rinojensis strain a396 146202.65 73.1
Butadiene-styrene copolymer 260 0.1
Butyl lactate 68.93 0.0
Calcium chloride 3818.11 1.9
Calcium hypochlorite 2.03 0.0
Canola oil 34.09 0.0
Capric acid 52759.9 26.4
Caprylic acid 68279.99 34.1
Capsicum oleoresin 1.17 0.0
Captan 2699.59 1.3
Captan, other related 24.52 0.0
Carbaryl 2.5 0.0
Carbon 59.2 0.0
Carbon dioxide 7371.62 3.7
Carbon dioxide 4495.5 2.2
Carfentrazone-ethyl 1132.62 0.6
Castor oil ethoxylate 10402.6 5.2
Cerevisane (cell walls of saccharomyces cerevisiae strain las117) 457.06 0.2
Chlorantraniliprole 79864.21 39.9
Chlorophacinone 0.11 0.0
Chloropicrin 292268.58 146.1
Chlorothalonil 383199.51 191.6
Chlorpyrifos 0.02 0.0
Chromobacterium subtsugae strain: praa4-1 2602.7 1.3
Citric acid 73798.78 36.9
Clarified hydrophobic extract of neem oil 244.55 0.1
Clethodim 65755.72 32.9
Clofentezine 12437.54 6.2
Clothianidin 565.49 0.3
Coconut diethanolamide 9474.27 4.7
Copper hydroxide 232510.94 116.3
Copper octanoate 800.2 0.4
Copper oxychloride 18144.47 9.1
Copper sulfate (basic) 37692.26 18.8
Copper sulfate (pentahydrate) 12773.87 6.4
Cuprous oxide 42249.38 21.1
Cyantraniliprole 3028.22 1.5
Cyclaniliprole 4.09 0.0
Cyflumetofen 36387.26 18.2
Cyfluthrin 285 0.1
Cyprodinil 57762.94 28.9
D-glucopyranose, oligomeric, c9-11-alkyl glycosides 263.22 0.1
Ddvp 1.8 0.0
Ddvp 1.7 0.0
Deltamethrin 0.16 0.0
Diatomaceous earth 8184.14 4.1
Dichlorprop butoxyethanol ester 0.99 0.0
Didecyl dimethyl ammonium chloride 0.45 0.0
Diethylene glycol 48818.56 24.4
Difenoconazole 70036.53 35.0
Diflubenzuron 2510.93 1.3
Dimethyl alkyl tertiary amines 401 0.2
Dimethylpolysiloxane 41931.83 21.0
Dinocap 1.88 0.0
Dioctyl dimethyl ammonium chloride 0.3 0.0
Diphacinone 1.19 0.0
Diphacinone 0.02 0.0
Diquat dibromide 658.51 0.3
Dodecylbenzene sulfonic acid 57.97 0.0
E-8-dodecenyl acetate 0.43 0.0
Edta, tetrasodium salt 3.57 0.0
Emamectin benzoate 145.52 0.1
Emulsifiable methylated vegetable oil 64759.11 32.4
Eptc 1807.81 0.9
Esfenvalerate 8649.32 4.3
Ethanolamine 1469.17 0.7
Ethylene glycol 13793.16 6.9
Etoxazole 45100.71 22.6
Farnesol 3.99 0.0
Fatty acids, c16-18 and c18-unsaturated, branched and linear 443.34 0.2
Fatty acids, c16-c18 and c18-unsaturated, methyl esters 135185.17 67.6
Fatty acids, methyl esters 106950.05 53.5
Fatty acids, mixed 1953.8 1.0
Fatty acids, tallow 6876.56 3.4
Fenazaquin 29653.71 14.8
Fenbuconazole 2696.62 1.3
Fenbutatin-oxide 1016.43 0.5
Fenhexamid 648.7 0.3
Fenpropathrin 2590.8 1.3
Fenpyroximate 7103.86 3.6
Ferric sodium edta 227.8 0.1
Flazasulfuron 55.45 0.0
Flonicamid 38.52 0.0
Fluazifop-p-butyl 432.54 0.2
Fludioxonil 0.2 0.0
Flumioxazin 32352.42 16.2
Fluopyram 17741 8.9
Flupyradifurone 3.39 0.0
Flutriafol 2482.73 1.2
Fluxapyroxad 30381.78 15.2
Forchlorfenuron 45.44 0.0
Fosetyl-al 60 0.0
Garlic 37.84 0.0
Geraniol 9.96 0.0
Glufosinate-ammonium 760842.29 380.4
Glycerol 42157.77 21.1
Glyphosate, diammonium salt 9936.1 5.0
Glyphosate, isopropylamine salt 1364971.9 682.5
Glyphosate, potassium salt 1667115.24 833.6
Gs-omega/kappa-hxtx-hv1a, versitude peptide 4007.12 2.0
Halosulfuron-methyl 0.75 0.0
Harpin protein 0.04 0.0
Heptamethyltrisiloxane ethoxylated 19720.34 9.9
Heptamethyltrisiloxane-1,3-propanediol ether, ethoxylated propoxylated 20317.67 10.2
Hexythiazox 21655.8 10.8
Hydramethylnon 0.33 0.0
Hydrogen cyanamide 1612.32 0.8
Hydrogen peroxide 32098.44 16.0
Imidacloprid 18.13 0.0
Indaziflam 8565.42 4.3
Indoxacarb 1041.46 0.5
Iprodione 3291.53 1.6
Iron hedta 5769.74 2.9
Iron phosphate 13.15 0.0
Isodecanol, ethoxylated, phosphate ester 1697.62 0.8
Isofetamid 8640.86 4.3
Isopropyl alcohol 11683.13 5.8
Isopropylamine dodecylbenzene sulfonate 585.69 0.3
Isoxaben 1617.53 0.8
Kaolin 855 0.4
Kasugamycin hydrochloride 787.1 0.4
Lambda-cyhalothrin 24288.02 12.1
Lauric acid 1895.22 0.9
Lecithin 256642.4 128.3
Lime-sulfur 60371.53 30.2
Limonene 9227.83 4.6
Low molecular weight paraffinic oil 11780.73 5.9
Magnesium phosphide 1180.46 0.6
Magnesium phosphide 431.24 0.2
Magnesium phosphide 14.67 0.0
Magnesium phosphide 2119.39 1.1
Mancozeb 54694.38 27.3
Mandipropamid 8.77 0.0
Margosa oil 1678.28 0.8
Mefenoxam 11929.48 6.0
Mefentrifluconazole 22424.3 11.2
Mesotrione 7562.62 3.8
Metaflumizone 305.78 0.2
Metaldehyde 3.2 0.0
Metconazole 25530.15 12.8
Methoxychlor 45.37 0.0
Methoxychlor, other related 6.19 0.0
Methoxyfenozide 339785.56 169.9
Methyl bromide 2429 1.2
Methyl bromide 28829.95 14.4
Methyl bromide 2114.02 1.1
Methyl bromide 153 0.1
Methyl bromide 2076 1.0
Methyl bromide 360 0.2
Methyl silicone resins 29405.95 14.7
Methylated fatty acids from canola oil 81696.7 40.8
Methylated silicones 41586.51 20.8
Methylated soybean oil 844691.52 422.3
Mineral oil 8573114.1 4286.6
Modified phthalic glycerol alkyd resin 4920.68 2.5
Myclobutanil 197.41 0.1
N,n-bis-(2-omega-hydroxypoly(oxyethylene)ethyl)alkylamine, alkyl derived from tallow fatty acids 65150.18 32.6
N-octyl bicycloheptene dicarboximide 0.81 0.0
Naled 2.1 0.0
Napropamide 72.11 0.0
Nerolidol 9.96 0.0
Norflurazon 275.94 0.1
Octyl decyl dimethyl ammonium chloride 0.75 0.0
Oleic acid 28840.9 14.4
Oleic acid, ethyl ester 52341.57 26.2
Oleic acid, methyl ester 266159.31 133.1
Orthosulfamuron 7580.75 3.8
Oryzalin 1706.73 0.9
Oxathiapiprolin 4564.91 2.3
Oxyfluorfen 310498.05 155.2
Paraquat dichloride 96732.7 48.4
Parathion 67.59 0.0
Parathion, other related 2.13 0.0
Pendimethalin 674952.98 337.5
Penoxsulam 899.34 0.4
Penthiopyrad 50450.35 25.2
Permethrin 3543.96 1.8
Peroxyacetic acid 5902.44 3.0
Petroleum distillates 99.89 0.0
Phosmet 3148.65 1.6
Phosphine 1057.11 0.5
Phosphine 0.32 0.0
Phosphine 24.35 0.0
Phosphine 65.47 0.0
Phosphine 2421.45 1.2
Phosphine 12.8 0.0
Phosphoric acid 34632.72 17.3
Picoxystrobin 174.39 0.1
Piperonyl butoxide 153.55 0.1
Piperonyl butoxide, other related 0.1 0.0
Poly(oxy-1,2-ethanediyl), alpha-hydro-omega-hydroxy-, mono-c11-14-isoalkyl ethers, c13-rich, phosphates 19.25 0.0
Poly(oxyethylene) poly(oxypropylene) glycol monoallyl ether 5857.77 2.9
Polyacrylamide 1927.35 1.0
Polyacrylamide, polyethylene glycol mixture 46.98 0.0
Polyalkeneoxide modified heptamethyltrisiloxane 11078.96 5.5
Polybutene 27833.96 13.9
Polyethylene glycol 59268.58 29.6
Polyethylene glycol diacetate 1.95 0.0
Polyethylene glycol mono-c10-16-alkyl ether sulfate sodium salt 5990 3.0
Polyethylene glycol stearate 13085.39 6.5
Polymerized pinene 5062.21 2.5
Polyoxin d, zinc salt 5833.22 2.9
Polyoxyethylene polyol fatty acid esters 573.31 0.3
Polyoxyethylene polyoxypropylene 12408.73 6.2
Polyoxyethylene sorbitan mixed fatty acid esters 586.86 0.3
Polyoxyethylene sorbitan monolaurate 571.45 0.3
Polyoxyethylene sorbitan monooleate 2274.35 1.1
Polyoxyethylene sorbitan trioleate 3300.21 1.7
Polyoxyethylene sorbitol, mixed ether ester 7606.12 3.8
Polypropylene glycol 1.61 0.0
Potassium hydroxide 1700.91 0.9
Potassium laurate 24.15 0.0
Potassium nitrate 9189.81 4.6
Potassium phosphite 396601.27 198.3
Potassium silicate 429.8 0.2
Propargite 12033.6 6.0
Propiconazole 45059.88 22.5
Propionic acid 53112.12 26.6
Propylene glycol 20091.39 10.0
Propylene oxide 540 0.3
Propylene oxide 1944 1.0
Propylene oxide 21572 10.8
Pseudomonas chlororaphis subsp. aurantiaca strain: afs009 1317.78 0.7
Purpureocillium lilacinum strain 251 30.36 0.0
Pydiflumetofen 10850.48 5.4
Pyraclostrobin 39135.53 19.6
Pyraflufen-ethyl 595.71 0.3
Pyrethrins 586.8 0.3
Pyridaben 9.38 0.0
Pyrimethanil 28533.1 14.3
Pyriproxyfen 2456.64 1.2
Reynoutria sachalinensis (giant knotweed) plant extract 3640.57 1.8
Rimsulfuron 14955 7.5
S-methoprene 270.39 0.1
S-methoprene 0.31 0.0
Saflufenacil 18562.97 9.3
Sethoxydim 9190.63 4.6
Silica filled polydimethylsiloxane 1.37 0.0
Silicone -0 glycol copolymer 1560.54 0.8
Silicone defoamer 15.86 0.0
Simazine 6992.24 3.5
Sodium diisooctylsulfosuccinate 276.52 0.1
Sodium hydroxide 5876.73 2.9
Sodium nitrate 112.06 0.1
Sodium tripolyphosphate 1510.21 0.8
Sodium xylene sulfonate 3700.01 1.9
Sorbitan fatty acid esters 19.78 0.0
Sorbitan monooleate 396.2 0.2
Sorbitol 2641.42 1.3
Soybean oil 4322.71 2.2
Soybean oil, ethoxylated 20379.69 10.2
Spinetoram 11333.11 5.7
Spinosad 1012.6 0.5
Spirodiclofen 12660.84 6.3
Spiromesifen 0.36 0.0
Spirotetramat 644.04 0.3
Strepomyces lydicus strain: wyec 108 0.35 0.0
Strychnine 112.69 0.1
Sulfoxaflor 1.62 0.0
Sulfur 840663.61 420.3
Sulfuric acid 1779.59 0.9
Sulfuryl fluoride 109327.41 54.7
Sulfuryl fluoride 70685.77 35.3
Sulfuryl fluoride 23498.91 11.7
Sulfuryl fluoride 90.82 0.0
Sulfuryl fluoride 22249.71 11.1
Swinglea glutinosa extract 1878.13 0.9
Tall oil 6126.54 3.1
Tall oil fatty acids 94457.3 47.2
Tebuconazole 29642.13 14.8
Tebufenozide 4.13 0.0
Tetrapotassium pyrophosphate 8.92 0.0
Thiophanate-methyl 108543.75 54.3
Triethanolamine 4793.38 2.4
Triethanolamine oleate 88.12 0.0
Trifloxystrobin 19398.07 9.7
Trifluralin 11196.61 5.6
Urea 4919.25 2.5
Urea dihydrogen sulfate 14208.3 7.1
Vegetable oil 19088.66 9.5
Warfarin 0.04 0.0
Xanthan gum 45.39 0.0
Yucca, extract 301.05 0.2
Z-8-dodecenol 0.08 0.0
Z-8-dodecenyl acetate 6.4 0.0
Zeta-cypermethrin 506.69 0.3
Zinc phosphide 2744.36 1.4
Ziram 122519.51 61.3
Total Chemicals: 368 Total Weight: 23908412.84 lbs 11954 tons

This table presents the provided chemical data in a structured format with alternating light gray rows for readability. The totals are included in the footer for completeness.



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