If you WANT an EV or hybrid ... go ahead and buy
one. It's just that you won't HAVE to buy one of
expensive pieces of shit.
However in later comments to the press, Trump said
he was planning to do something for industries that
employ rather a lot of (oft illegal) workers. This
is especially the ag industry, but there are some
others. In many cases the workers have been there
for many years and make up a fat segment of the
work force.
On 12/6/25 11:31, c186282 wrote:
If you WANT an EV or hybrid ... go ahead and buy
one. It's just that you won't HAVE to buy one of
expensive pieces of shit.
What choices do children have?
Siri Cruz wrote:
On 12/6/25 11:31, c186282 wrote:
If you WANT an EV or hybrid ... go ahead and buy
one. It's just that you won't HAVE to buy one of
expensive pieces of shit.
What choices do children have?
CO2 is plant food, you <redacted>.
Environmental Sciences Division and Climate Change Science Institute of Oak
Ridge National Laboratory. “If you isolate a leaf [in a laboratory] and you
increase the level of CO2, photosynthesis will increase. That’s well
established.” But Norby notes the results scientists produce in labs are
generally not what happens in the vastly more complex world outside; many
other factors are involved in plant growth in untended forests, fields and
other ecosystems. For example, “nitrogen is often in short enough supply
that it’s the primary controller of how much biomass is produced” in an
ecosystem, he says. “If nitrogen is limited, the benefit of the CO2
increase is limited…. You can’t just look at CO2, because the overall
context really matters.”
On 13/6/25 5:32, Chris Ahlstrom wrote:
Environmental Sciences Division and Climate Change Science Institute of Oak
Ridge National Laboratory. “If you isolate a leaf [in a laboratory] and you
increase the level of CO2, photosynthesis will increase. That’s well >> established.” But Norby notes the results scientists produce in labs are
generally not what happens in the vastly more complex world outside; many
other factors are involved in plant growth in untended forests, fields and
other ecosystems. For example, “nitrogen is often in short enough supply
that it’s the primary controller of how much biomass is produced” in an
ecosystem, he says. “If nitrogen is limited, the benefit of the CO2 >> increase is limited…. You can’t just look at CO2, because the overall
context really matters.”
Golly gee wilikers. The atmosphere is full of nitrogen. You are
retufted!!
Siri Cruz wrote this post while blinking in Morse code:
On 13/6/25 5:32, Chris Ahlstrom wrote:
Environmental Sciences Division and Climate Change Science Institute of Oak
Ridge National Laboratory. “If you isolate a leaf [in a laboratory] and you
increase the level of CO2, photosynthesis will increase. That’s well
established.” But Norby notes the results scientists produce in labs are
generally not what happens in the vastly more complex world outside; many
other factors are involved in plant growth in untended forests, fields and
other ecosystems. For example, “nitrogen is often in short enough supply
that it’s the primary controller of how much biomass is produced” in an
ecosystem, he says. “If nitrogen is limited, the benefit of the CO2 >>> increase is limited…. You can’t just look at CO2, because the overall
context really matters.”
Golly gee wilikers. The atmosphere is full of nitrogen. You are
retufted!!
:-) You seem to have a "fixation" on nitrogen. :-)
Siri Cruz wrote this post while blinking in Morse code:
On 13/6/25 5:32, Chris Ahlstrom wrote:
Environmental Sciences Division and Climate Change Science Institute of Oak
Ridge National Laboratory. “If you isolate a leaf [in a laboratory] and you
increase the level of CO2, photosynthesis will increase. That’s well
established.” But Norby notes the results scientists produce in labs are
generally not what happens in the vastly more complex world outside; many
other factors are involved in plant growth in untended forests, fields and
other ecosystems. For example, “nitrogen is often in short enough supply
that it’s the primary controller of how much biomass is produced” in an
ecosystem, he says. “If nitrogen is limited, the benefit of the CO2 >>> increase is limited…. You can’t just look at CO2, because the overall
context really matters.”
Golly gee wilikers. The atmosphere is full of nitrogen. You are
retufted!!
:-) You seem to have a "fixation" on nitrogen. :-)
and
other ecosystems. For example, “nitrogen is often in
short enough supply
that it’s the primary controller of how much biomass is
produced” in an
ecosystem, he says. “If nitrogen is limited, the
benefit of the CO2
increase is limited…. You can’t just look at CO2,
because the overall
context really matters.”
Golly gee wilikers. The atmosphere is full of nitrogen. You are
retufted!!
:-) You seem to have a "fixation" on nitrogen. :-)
Very good ! :-)
As for GW ... after the dinos there was a period where
the planet was warm enough so there were basically
rain forests pole to pole. All life did not end,
indeed the environment spawned considerable diversity.
A warmer world will be bad in some places, nicer in
some other places - the usual mixed bag.
On 13/6/25 8:39, Chris Ahlstrom wrote:
Siri Cruz wrote this post while blinking in Morse code:
On 13/6/25 5:32, Chris Ahlstrom wrote:
Environmental Sciences Division and Climate Change Science Institute >>>> of Oak Ridge National Laboratory. “If you isolate a leaf [in a >>>> laboratory] and you increase the level of CO2, photosynthesis will >>>> increase. That’s well established.” But Norby notes the results >>>> scientists produce in labs are generally not what happens in the >>>> vastly more complex world outside; many other factors are involved >>>> in plant growth in untended forests, fields and other ecosystems. >>>> For example, “nitrogen is often in short enough supply that it’s the
primary controller of how much biomass is produced” in an ecosystem,
he says. “If nitrogen is limited, the benefit of the CO2 increase is
limited…. You can’t just look at CO2, because the overall context
really matters.”
Golly gee wilikers. The atmosphere is full of nitrogen. You are
retufted!!
:-) You seem to have a "fixation" on nitrogen. :-)
It is a cheap high.
<https://en.wikipedia.org/wiki/Nitrogen_narcosis>
On Fri, 13 Jun 2025 19:09:29 -0400, c186282 <[email protected]> wrote:
On 6/13/25 11:39 AM, Chris Ahlstrom wrote:
Siri Cruz wrote this post while blinking in Morse code:
On 13/6/25 5:32, Chris Ahlstrom wrote:
Environmental Sciences Division and Climate Change Science Institute of Oak
Ridge National Laboratory. �If you isolate a leaf [in a laboratory] and you
increase the level of CO2, photosynthesis will increase. That�s well
established.� But Norby notes the results scientists produce in labs are
generally not what happens in the vastly more complex world outside; many
other factors are involved in plant growth in untended forests, fields and
other ecosystems. For example, �nitrogen is often in short enough supply
that it�s the primary controller of how much biomass is produced� in an
ecosystem, he says. �If nitrogen is limited, the benefit of the CO2
increase is limited�. You can�t just look at CO2, because the overall
context really matters.�
Golly gee wilikers. The atmosphere is full of nitrogen. You are
retufted!!
:-) You seem to have a "fixation" on nitrogen. :-)
Very good ! :-)
However available nitrogen IS a clamp on plant growth.
CO2 is sort-of plant food, but only ONE of a variety
of nutrients.
As for GW ... after the dinos there was a period where
the planet was warm enough so there were basically
rain forests pole to pole. All life did not end,
indeed the environment spawned considerable diversity.
A warmer world will be bad in some places, nicer in
some other places - the usual mixed bag.
Keeping in mind that the dominant lifeform became extinct.
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