I noticed around twenty years ago that insects in Europe were in serious decline. It didn’t even need a ‘scientific study’ and I use the same methodology today.
In the 1980s, in summer, when I drove in Europe, the windscreen of my car was covered in dead insects after only 100km of driving.
By the early 2000s this was no longer true. Many fewer bug-splats on the glass.
Now? Hardly any at all.
You cannot blame Climate Change for this. This is down to excessive pesticides and farming techniques.
Now studies show bird populations in serious decline. Ever wonder what they used to eat?
We learnt nothing from the DDT fiasco, apparently.
#insects #flies #driving #Climate #ClimateChange #pesticides #farming #environment #Birds #bioaccumulation #systemcollapse
Environmental and ecological impact of radioactive waste disposal

The disposal of radioactive waste presents a significant environmental challenge, particularly concerning long-term contamination of ecosystems. This study investigates the impact of radioactive waste disposal on soil, water, and biodiversity, focusing on both terrestrial and aquatic environments. Radioactive isotopes can persist in the environment for decades, causing severe contamination and bioaccumulation in various species. Case studies of nuclear accidents, such as Chernobyl and Fukushima, provide insight into the long-lasting effects of radioactive materials on ecosystems, including soil degradation, groundwater contamination, and loss of biodiversity. This research examines the biological and ecological pathways through which radioactive contaminants spread and affect living organisms, with particular attention to food chain disruptions and genetic mutations in flora and fauna. Furthermore, the study explores advancements in waste containment, including geological repositories and waste vitrification, to mitigate these risks. The paper also evaluates the efficacy of remediation efforts in contaminated areas and presents policy recommendations for enhancing radioactive waste management. This research aims to provide a comprehensive understanding of the environmental risks associated with radioactive waste disposal and propose strategies for minimizing ecological harm and promoting long-term ecosystem recovery.

World Journal of Advanced Research and Reviews
Bioremediation of Ecosystems Using Microbiological Technologies - Cytology and Genetics

Abstract The disposal of toxic metals and munitions waste represents a critical component of environmental safety and ecosystem protection. Developing new methods and technologies that can rapidly and effectively mitigate contamination and diminish its impact on the environment and human health remains an urgent priority. As an alternative to conventional physicochemical approaches for decontaminating polluted sites, bioremediation has emerged as a promising method. This process involves the transformation of hazardous chemical compounds containing toxic metals into nontoxic or less toxic substances through the activity of diverse microorganisms. Understanding bioavailability is essential for assessing the potential toxicity of metallic elements and their compounds, as well as for designing effective strategies for ecological remediation of contaminated areas. The bioavailability of metals depends on their capacity to be absorbed, chemically transformed, or metabolized by microorganisms within the contaminated environment. The primary factors influencing metal bioavailability include the chemical form of the metal, the redox potential and pH of the environment, and its ecological and physicochemical characteristics such as temperature, substrate availability, moisture, and aeration. Microorganisms themselves play a significant role in enhancing metal bioavailability through environmental acidification (protonolysis), chelate formation that binds metals, and enzymatic synthesis capable of altering the chemical state of metals via oxidation or reduction. This article examines the key processes through which microorganisms achieve bioremediation of toxic metals, namely biosorption, bioaccumulation, mobilization, and immobilization.

SpringerLink
The Fallen Sceptre(s) Of Your Justice: Dirty My-self and Piramal Pharma’s Tri-Activ

“The Fallen Sceptre(s) of Your Justice: A Pseudo/Quasi-Pharmaco-Philosophical Reflection on Piramal Pharma’s Tri-Activ — and Other Things Otherwise” is an ecosophical and deconstructive…

Once in a Blue Moon Academia

From my friend in Japan...

Two years after the release of treated water at the #FukushimaDaiichi #nuclear power plant began, more than a hundred thousand tons were washed into the sea, but new #contaminated water is occurring every day

August 24, 2025 at 06:00

"It has been two years since the ocean release of treated water accumulated at the #TEPCO’s Fukushima Daiichi nuclear power plant began. The radioactive substance #tritium remains in the water even after the purification process. In June, China, which completely stopped importing Japanese seafood, resumed production in 37 prefectures, but Fukushima and other ten prefectures are still not eligible. There is no end to the ocean release, and the impact of the nuclear accident on the fishing industry continues.

"Tank treated water and contaminated water have been reduced by only fifty-six thousand tons.

"The ocean release was first released on August 24th, and the 14th time was launched on August 7th this month. Up to the 13th time, a total of one hundred and eighty-seven tons of treated water were released.

"The treated water and contaminated water stored in a tank on the site of the nuclear power plant before it was released into the ocean. So far, it has decreased to about fifty-six thousand tons, and it has not decreased by much the amount of release. The reason is that the contaminated water is generated about seventy tons every day, and the number of groundwater and rainwater increases due to the contact of molten nuclear fuel (debris) in the reactor building. Without the absence of contaminated water, we cannot stop releasing it into the ocean.

"As of July 30th, TEPCO paid about JPY790 billion in compensation in response to the slump in fish prices associated with ocean release. There is a possibility that some of China's resumption of imports will also change the price of fish, but Fukushima Prefecture continues to be stopped.

"37 Export application procedures for fishery products produced in Hokkaido Prefecture have begun. A person in charge of the processing and distribution section of the Fisheries Agency said, 'There are many applications, and the desire to resume is strong. We will continue to work with China to reopen the ten prefectures.' Riki Arai)

"The place where the 'sludge' due to the treatment of contaminated water is about to be full.

"Two years have passed since the release of treated water into the ocean due to the TEPCO’s Fukushima Daiichi nuclear accident. The treated water stored in the nuclear power plant is gradually reduced by ocean release, while the storage and disposal of sludge contaminated with high concentrations that continue to occur in the process of treatment of contaminated water is becoming an issue.

"In the process of removing radioactive substances from contaminated water, sludge is produced by precipitating impurities with chemicals. Liquids and solids are mixed... " [Unfortunately, the rest is behind paywall]

Source:
https://www.tokyo-np.co.jp/article/430612

#FukushimaIsntOver #TEPCOLied #TEPCOLies #WaterIsLife #OceansAreLife #WaterContamination #Radiation #Bioaccumulation #NoRadioactiveDumping #RethinkNotRestart #NoNukes #NoMoreFukushimas #NuclearWasteIsForever

福島第1原発の処理水放出が始まって2年…10万トン以上を海へ流したが、新たな汚染水は日々発生していて

東京電力福島第1原発にたまる処理水の海洋放出が開始されてから24日で2年となった。水には浄化処理後も放射性物質のトリチウムが残る。日本...

東京新聞デジタル

After Rachel Carson’s courageous “Silent Spring” exposé back in 1962, surely by now we’ve learned not to release bioaccumulating toxins into ecosystems.

No, of course not.

“Results suggest biomagnification of PFAS from soil, mushrooms, and berries to bank voles, from mushrooms to ungulates and from voles to the owl. ... Our study supports that terrestrial wildlife magnifies PFAS from the environment and highlights largely unexplored yet worrying effects on wildlife health.”

Ecke, F., Ytrehus, B., Evander, M. et al. Biomagnification and potential health effects of per- and polyfluoroalkyl substances (PFAS) in a terrestrial food web. Sci Rep 15, 31003 (2025). https://doi.org/10.1038/s41598-025-16395-6

#bioaccumulation #pollution #toxin #ForeverChemical #ecology

Typical #NukeShill comment - "[UK #MinistryOfDefense] published data on #radioactive discharges from #Coulport and #Faslane every year, along with assessments of the #environmental impacts. It insisted those discharges were 'of no regulatory concern'.

That's because these ASSHATS are in denial about #Bioaccumulation! #BananaMan got to them!

#RadioactiveWater from #UK #nuclear bomb base leaked into sea, files show

Exclusive: #Polluted water was released into #LochLong near #Glasgow because #RoyalNavy failed to maintain 1,500 water pipes, says watchdog

by Rob Edwards and Severin Carrell
Sat 9 Aug 2025

Read more:
https://www.theguardian.com/environment/2025/aug/09/radioactive-water-bomb-base-scotland-leak-sea-files

#NoNukes #NoWar #NoNuclearWar #NuclearWasteIsForever #BioaccumulationIsReal #FoodChain #NuclearFoodChain #Scotland #NuclearPollution #WaterIsLife

Radioactive water from UK nuclear bomb base leaked into sea, files show

Exclusive: Polluted water was released into loch near Glasgow because Royal Navy failed to maintain 1,500 water pipes, says watchdog

The Guardian