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cross-posted from: https://lemmy.today/post/50862848

Aside from knights, kings and jesters, when someone mentions the middle ages you probably think of chamber pots being emptied out of windows into unsanitary streets, deadly diseases like smallpox and typhoid and women dying in childbirth. However, you were probably never told that the unsanitary conditions and diseases were mainly in urban areas which only around 10% of Europe lived in at the end of the middle ages. In fact, academics came up with a term to describe the fact towns and cities were so much more deadly than the rural countryside: the urban penalty.

Until the twentieth century, death rates were generally higher in urban areas compared with rural ones, a phenomenon dubbed the ‘urban penalty’. Urban death rates were high partly as a consequence of factors that can be considered as structural features of cities and towns.1 High population densities favoured the transmission of infectious diseases, and trade and migration promoted the importation of animal and human diseases. In addition, before the twentieth century most cities provided inadequate facilities for the disposal of the volumes of wastes generated by such densities and numbers of humans and animals, and for the prevention and treatment of gastrointestinal diseases associated with these living conditions.

The best mortality data we have is the infant mortality data from England and Wales, which shows in 1550 babies were about twice as likely to die in London than the most rural areas, while in the 1700s as the industrial revolution began and towns got bigger babies were three times as likely to die.

Figure 1b shows infant mortality rates rather than life expectancies, because the latter require much more data and are rarely available for urban populations before the mid-nineteenth century. However, levels of infant mortality were so high in early modern towns and cities that mortality in the first year of life was a major driver of life expectancy levels, at least in the eighteenth century. In London infant mortality was around 300–400 deaths per 1,000 births in the mid-eighteenth century, compared with the national average of c. 180 per 1,000. While London was then the largest city in Europe, with a population of perhaps c. 700,000, even small market towns seem to have experienced a severe ‘urban penalty’ in this period. In the towns of Alcester, Banbury, Gainsborough, and Lowestoft, with populations of 2,000–3,000, infant mortality was in the range 209–270 per 1,000 in the period 1675–1749, compared with infant mortality rates below 100 per 1,000 in the most remote rural parishes.

Did they ever teach you this in history? If you're like me then they didn't. Instead they taught you that if you lived in the middle ages a third of your children would die in infancy and you would probably die in your 30s. That last part is yet another lie based on misleading use of life expectancy estimates. In truth, the most common age of death was around 70, but due to infant mortality (and war) the life expectancy gets estimated at 35-40. Personally I think this life expectancy is much too low because of urban-centric information and how commonly past conditions are exaggerated, especially for the middle ages.

As can be seen from the graph it wasn't until around 1920 that urban infant mortality reduced to what rural levels had been in 1550. Earlier in the middle ages urbanization was even less, so what this suggests is that most people may have been as healthy as the average urban Englishman in 1920. But scaring people about how bad things used to be is much more profitable for big pharma and its a useful way for governments to keep people dependent on and subjugated to modern technology.

Source: https://onlinelibrary.wiley.com/doi/full/10.1111/ehr.12964

 

cross-posted from: https://lemmy.today/post/50862848

Aside from knights, kings and jesters, when someone mentions the middle ages you probably think of chamber pots being emptied out of windows into unsanitary streets, deadly diseases like smallpox and typhoid and women dying in childbirth. However, you were probably never told that the unsanitary conditions and diseases were mainly in urban areas which only around 10% of Europe lived in at the end of the middle ages. In fact, academics came up with a term to describe the fact towns and cities were so much more deadly than the rural countryside: the urban penalty.

Until the twentieth century, death rates were generally higher in urban areas compared with rural ones, a phenomenon dubbed the ‘urban penalty’. Urban death rates were high partly as a consequence of factors that can be considered as structural features of cities and towns.1 High population densities favoured the transmission of infectious diseases, and trade and migration promoted the importation of animal and human diseases. In addition, before the twentieth century most cities provided inadequate facilities for the disposal of the volumes of wastes generated by such densities and numbers of humans and animals, and for the prevention and treatment of gastrointestinal diseases associated with these living conditions.

The best mortality data we have is the infant mortality data from England and Wales, which shows in 1550 babies were about twice as likely to die in London than the most rural areas, while in the 1700s as the industrial revolution began and towns got bigger babies were three times as likely to die.

Figure 1b shows infant mortality rates rather than life expectancies, because the latter require much more data and are rarely available for urban populations before the mid-nineteenth century. However, levels of infant mortality were so high in early modern towns and cities that mortality in the first year of life was a major driver of life expectancy levels, at least in the eighteenth century. In London infant mortality was around 300–400 deaths per 1,000 births in the mid-eighteenth century, compared with the national average of c. 180 per 1,000. While London was then the largest city in Europe, with a population of perhaps c. 700,000, even small market towns seem to have experienced a severe ‘urban penalty’ in this period. In the towns of Alcester, Banbury, Gainsborough, and Lowestoft, with populations of 2,000–3,000, infant mortality was in the range 209–270 per 1,000 in the period 1675–1749, compared with infant mortality rates below 100 per 1,000 in the most remote rural parishes.

Did they ever teach you this in history? If you're like me then they didn't. Instead they taught you that if you lived in the middle ages a third of your children would die in infancy and you would probably die in your 30s. That last part is yet another lie based on misleading use of life expectancy estimates. In truth, the most common age of death was around 70, but due to infant mortality (and war) the life expectancy gets estimated at 35-40. Personally I think this life expectancy is much too low because of urban-centric information and how commonly past conditions are exaggerated, especially for the middle ages.

As can be seen from the graph it wasn't until around 1920 that urban infant mortality reduced to what rural levels had been in 1550. Earlier in the middle ages urbanization was even less, so what this suggests is that most people may have been as healthy as the average urban Englishman in 1920. But scaring people about how bad things used to be is much more profitable for big pharma and its a useful way for governments to keep people dependent on and subjugated to modern technology.

Source: https://onlinelibrary.wiley.com/doi/full/10.1111/ehr.12964

 

Aside from knights, kings and jesters, when someone mentions the middle ages you probably think of chamber pots being emptied out of windows into unsanitary streets, deadly diseases like smallpox and typhoid and women dying in childbirth. However, you were probably never told that the unsanitary conditions and diseases were mainly in urban areas which only around 10% of Europe lived in at the end of the middle ages. In fact, academics came up with a term to describe the fact towns and cities were so much more deadly than the rural countryside: the urban penalty.

Until the twentieth century, death rates were generally higher in urban areas compared with rural ones, a phenomenon dubbed the ‘urban penalty’. Urban death rates were high partly as a consequence of factors that can be considered as structural features of cities and towns.1 High population densities favoured the transmission of infectious diseases, and trade and migration promoted the importation of animal and human diseases. In addition, before the twentieth century most cities provided inadequate facilities for the disposal of the volumes of wastes generated by such densities and numbers of humans and animals, and for the prevention and treatment of gastrointestinal diseases associated with these living conditions.

The best mortality data we have is the infant mortality data from England and Wales, which shows in 1550 babies were about twice as likely to die in London than the most rural areas, while in the 1700s as the industrial revolution began and towns got bigger babies were three times as likely to die.

Figure 1b shows infant mortality rates rather than life expectancies, because the latter require much more data and are rarely available for urban populations before the mid-nineteenth century. However, levels of infant mortality were so high in early modern towns and cities that mortality in the first year of life was a major driver of life expectancy levels, at least in the eighteenth century. In London infant mortality was around 300–400 deaths per 1,000 births in the mid-eighteenth century, compared with the national average of c. 180 per 1,000. While London was then the largest city in Europe, with a population of perhaps c. 700,000, even small market towns seem to have experienced a severe ‘urban penalty’ in this period. In the towns of Alcester, Banbury, Gainsborough, and Lowestoft, with populations of 2,000–3,000, infant mortality was in the range 209–270 per 1,000 in the period 1675–1749, compared with infant mortality rates below 100 per 1,000 in the most remote rural parishes.

Did they ever teach you this in history? If you're like me then they didn't. Instead they taught you that if you lived in the middle ages a third of your children would die in infancy and you would probably die in your 30s. That last part is yet another lie based on misleading use of life expectancy estimates. In truth, the most common age of death was around 70, but due to infant mortality (and war) the life expectancy gets estimated at 35-40. Personally I think this life expectancy is much too low because of urban-centric information and how commonly past conditions are exaggerated, especially for the middle ages.

As can be seen from the graph it wasn't until around 1920 that urban infant mortality reduced to what rural levels had been in 1550. Earlier in the middle ages urbanization was even less, so what this suggests is that most people may have been as healthy as the average urban Englishman in 1920. But scaring people about how bad things used to be is much more profitable for big pharma and its a useful way for governments to keep people dependent on and subjugated to modern technology.

Source: https://onlinelibrary.wiley.com/doi/full/10.1111/ehr.12964

[–] StopTech@lemmy.today 2 points 2 weeks ago

Agreed. This technology's existence is a net negative to humanity, whether everyone has it or just the police have it. It all needs to be stopped, no exceptions for any government agency, research lab, corporation and non-profit organization.

 

cross-posted from: https://lemmy.today/post/50424637

UKHSA will explore options to work with ‘big tech’ to use live location data and artificial intelligence (AI) for a more rapid, large-scale detection and alert system during pandemics. These services will adopt a whole-of-society approach with accessible and multilingual formats, and UKHSA will work to consider and build the equivalent tools needed for digitally excluded communities.

https://www.gov.uk/government/publications/pandemic-preparedness-strategy-building-our-capabilities/uk-government-approach-to-implementing-the-strategy-england-only

 

cross-posted from: https://lemmy.today/post/50462470

Lack of social interaction causes stress and boredom in birds, especially more intelligent ones like parrots, leading to pterotillomania - plucking out their own feathers. How much more then do humans need social interaction to stay healthy? Wikipedia claims feather plucking has similar characteristics to trichotillomania - humans pulling out their own hair. This is often caused by anxiety.

Since the industrial revolution technology has been a disaster for human social interaction. First we replaced our fellow workers and even work animals with machines. Then we made trains to get further away from our own communities. Then transport became individualized and isolated with cars. Human interaction was removed from entertainment through radio, television and eventually personal smartphones. And worst of all, socialization itself became mediated via the phone then the internet, and finally it lost all humanity when people began to talk with AIs.

Is it any wonder that anxiety, depression and mental illness have been sharply rising in the 21st century, and have been rising even since 1938? The coming crisis of AI-induced psychosis is just the latest in a long line of mental health disasters caused by modern technology.

 

cross-posted from: https://lemmy.today/post/50462470

Lack of social interaction causes stress and boredom in birds, especially more intelligent ones like parrots, leading to pterotillomania - plucking out their own feathers. How much more then do humans need social interaction to stay healthy? Wikipedia claims feather plucking has similar characteristics to trichotillomania - humans pulling out their own hair. This is often caused by anxiety.

Since the industrial revolution technology has been a disaster for human social interaction. First we replaced our fellow workers and even work animals with machines. Then we made trains to get further away from our own communities. Then transport became individualized and isolated with cars. Human interaction was removed from entertainment through radio, television and eventually personal smartphones. And worst of all, socialization itself became mediated via the phone then the internet, and finally it lost all humanity when people began to talk with AIs.

Is it any wonder that anxiety, depression and mental illness have been sharply rising in the 21st century, and have been rising even since 1938? The coming crisis of AI-induced psychosis is just the latest in a long line of mental health disasters caused by modern technology.

 

Lack of social interaction causes stress and boredom in birds, especially more intelligent ones like parrots, leading to pterotillomania - plucking out their own feathers. How much more then do humans need social interaction to stay healthy? Wikipedia claims feather plucking has similar characteristics to trichotillomania - humans pulling out their own hair. This is often caused by anxiety.

Since the industrial revolution technology has been a disaster for human social interaction. First we replaced our fellow workers and even work animals with machines. Then we made trains to get further away from our own communities. Then transport became individualized and isolated with cars. Human interaction was removed from entertainment through radio, television and eventually personal smartphones. And worst of all, socialization itself became mediated via the phone then the internet, and finally it lost all humanity when people began to talk with AIs.

Is it any wonder that anxiety, depression and mental illness have been sharply rising in the 21st century, and have been rising even since 1938? The coming crisis of AI-induced psychosis is just the latest in a long line of mental health disasters caused by modern technology.

[–] StopTech@lemmy.today 1 points 2 weeks ago

I'm much more concerned about crises being an excuse to expand government powers than to privatize or deregulate. That's the problem in this particular instance too. Both can be bad but expanding government powers is almost always bad.

 

cross-posted from: https://lemmy.today/post/50424637

UKHSA will explore options to work with ‘big tech’ to use live location data and artificial intelligence (AI) for a more rapid, large-scale detection and alert system during pandemics. These services will adopt a whole-of-society approach with accessible and multilingual formats, and UKHSA will work to consider and build the equivalent tools needed for digitally excluded communities.

https://www.gov.uk/government/publications/pandemic-preparedness-strategy-building-our-capabilities/uk-government-approach-to-implementing-the-strategy-england-only

[–] StopTech@lemmy.today 2 points 3 weeks ago

This post wasn't about recommendations, just information that people should know. Make your own decisions based on your own assessment of the risks and likely returns associated with each option. I'd say precious metals in your physical possession are a simple option with low risk but that's my opinion.

[–] StopTech@lemmy.today 2 points 3 weeks ago

Better to stash precious metals since they won't lose their value. Of course there are other options so make your own decisions based on your own assessment of the various risks involved.

[–] StopTech@lemmy.today 5 points 3 weeks ago (1 children)

Voting gives the system an appearance of consent and legitimacy. Mass non-compliance is the answer.

[–] StopTech@lemmy.today 8 points 3 weeks ago

You'd be surprised how many people don't know that

[–] StopTech@lemmy.today 1 points 3 weeks ago

No. I'm not convinced China is worse than the US in terms of developing anti-human technologies and people living in China can't boycott China. The point is to get the people in every significant country (including China) to oppose these technologies so strongly that they aren't able to be developed anywhere. The Chinese military has to employ Chinese people to make its weapons, but if 80% of the population is opposed to these weapons existing and even the foundation of modern technology on which they are built then that is going to be difficult. Even if they were able to only employ those who are fine with WMDs the public's opposition to modern technology would be a problem for the government maintaining control while developing those weapons and forcing modern technology on the people as a means of controlling them.

[–] StopTech@lemmy.today 2 points 3 weeks ago* (last edited 3 weeks ago)

Ruling with an iron fist tends to create resistance and without mass surveillance technology an unpopular regime couldn't keep everyone in line. But if instead most people are in agreement about something being bad (like they are with slavery or pedophilia) then there is much less resistance to enforcement against it (whether that's centralized or decentralized enforcement) and therefore that thing is more effectively stopped.

While lone individuals or small secretive groups could continue doing the bad practice, in terms of technology I don't think this will matter much because they won't be able to develop a lot of technology with only a small group of people who aren't building on other people's work and their technology also wouldn't be adopted by a society that is against it.

[–] StopTech@lemmy.today 1 points 3 weeks ago* (last edited 3 weeks ago)

They work for others. It would be helpful to know in what way they aren't working for you. And did you try this one? https://zbbb278hfll091.bitchute.com/KmVnLpFsCzAq/jmhFAjqbxnQ.mp4 (49 minutes in)

[–] StopTech@lemmy.today 0 points 3 weeks ago (1 children)

Literally read the article.

[–] StopTech@lemmy.today 0 points 3 weeks ago

So something can't be called an x unless it meets every definition of x? I don't think that's how definitions work.

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