If we had launched the Triana / DSCOVR climate satellite ten years ago, instead of mothballing it, we'd probably have robust answers to
the energy budget question, and we could get the ocean heat change by calculating the (total energy change)- (atmospheric warming).
Not exact matches
Thursday
Questions —
Energy and climate change Business Statement - Leader of the House Motion — Reform of the court of justice of the EU Motion — European document relating to the EU draft
budget Motion — European document relating to EU human rights strategy Adjournment — Arms trade treaty negotiations at the UN
In answer to a parliamentary
question from Caroline Flint MP, Labour's Shadow
Energy and Climate Change Secretary, the Government confirmed that the
budget for this year's Warm Front scheme is # 100m.
The Democratic - controlled state Assembly on Monday introduced a
budget bill that would prohibit the purchase of zero - emission credits mandated under the clean
energy plan until leaders of the PSC and the New York Energy Research and Development Authority appear before a joint hearing of the Senate and Assembly to answer ques
energy plan until leaders of the PSC and the New York
Energy Research and Development Authority appear before a joint hearing of the Senate and Assembly to answer ques
Energy Research and Development Authority appear before a joint hearing of the Senate and Assembly to answer
questions.
We have responses to all eight
questions from Reps. Henry Waxman (Committee on
Energy and Commerce), Chris Van Hollen (Committee on the
Budget), Ralph Hall (Committee on Science, Space and Technology), Timothy Bishop (Subcommittee on Water Resources and Environment) and John Mica (Committee on Transportation and Infrastructure); Senators who responded were Jay Rockefeller (Committee on Commerce, Science and Transportation), Tom Harkin (Committee on Health, Education, Labor and Pensions) and Dianne Feinstein (Subcommittee on
Energy and Water Development).
In response to a
question about the likelihood of Congressional support for proposed
budget increases for DOE science initiatives, Moniz offered remarks that were both pragmatic and optimistic: While noting that current spending caps might make a 20 % increase in clean -
energy R&D unlikely, he said that there have been encouraging signs of greater bipartisan support for such research, and an appreciation for the DOE's strategy to work with private investors as well as international collaborators.
«The broader
question is, should we spend some of our carbon
budget to allow them to increase their incremental emissions if it translates into greater per capita
energy use, both in the economy and really lifestyles that more mirror the developed world?»
The
question now is whether the push to cut
budgets and the rise of a more fiscally hawkish power base in congress will result in big decreases in
energy research funding.
... instead, it will be necessary to engage with the critical
questions presented by the evolving science contributions of hundreds of working scientists on the longterm vs. shorter term
energy budget.
There is no more important
question in climate science to debate: is the claim of the AGW Greenhouse Effect
energy budget about the basic properties of electromagnetic
energy from the Sun true or false?
They're the adults now who don't have any particular interest in science but «remember the science from school» and so unlikely to
question whatever the AGW green agenda pushes, and even those in actual science fields where real knowledge of gas properties isn't relelevant, but what I find astonishing though, is how many in actual science fields who come together to discuss AGW continue to not
question something as basic as the difference between heat and light claims in the AGW
energy budget which is well known still in the real science world.
However, my task has been to use the K - T
energy budget without
questioning the data except the back radiation bit.
In his paper, «How Green Roofs Partition Water,
Energy and Costs in Urban Energy - Air Conditioning Budgets,» Paul S. Mankiewicz PhD of the Gaia Institute illustrated the hidden relationship of water and energy when he asked the question, «Is it more cost - effective to utilize potable water for cooling than electrical air conditioning?&
Energy and Costs in Urban
Energy - Air Conditioning Budgets,» Paul S. Mankiewicz PhD of the Gaia Institute illustrated the hidden relationship of water and energy when he asked the question, «Is it more cost - effective to utilize potable water for cooling than electrical air conditioning?&
Energy - Air Conditioning
Budgets,» Paul S. Mankiewicz PhD of the Gaia Institute illustrated the hidden relationship of water and
energy when he asked the question, «Is it more cost - effective to utilize potable water for cooling than electrical air conditioning?&
energy when he asked the
question, «Is it more cost - effective to utilize potable water for cooling than electrical air conditioning?»
But this raises the interesting
question, is there something going on here w / the
energy & radiation
budget which is inconsistent with the modes of internal variability that leads to similar temporary cooling periods within the models.
To answer this
question, we turn to the
energy budget of the Hadley cell.
I am looking for a respectable way to get answer to your
question published — how does the Earth maintain warmish Ice age / short interglacial cycle between repeatable limit temperatures, what is the heat
energy budget and from what primary effect can this be created?
Climate scientists were faced with the
question, why did this third approach (known as the «
energy budget approach») yield somewhat lower results than others, and which estimate is right?
monty, please give a little time to study K&T's 1997 Annual Global Mean
Energy Budget maybe you will understand my
question.
Excuse one more dumb layman
question: In the discussions it is mentioned that all
energy that will effect the surface
energy budget originates from the sun.
Heikki — regarding your first
question, geothermal heat is not zero, but on a relative basis contributes only negligibly to the climate's
energy budget, mainly because the thermal conductivity of the Earth's crust is very low.