U.N. Ignores Economics Of Climate

New Nobel laureate  and Yale Professor, William Nordhaus says the costs of proposed CO2 cuts aren’t worth it.

Wall Street Journal, Bjorn Lomberg, 10th October 2018.

Yale’s William Nordhaus wins 2018 Nobel Prize in Economics

The global economy must be transformed immediately to avoid catastrophic climate damage, a new United Nations report declares. Climate economist William Nordhaus has been made a Nobel laureate. The events are being reported as two parts of the same story, but they reveal the contradictions inherent in climate policy—and why economics matters more than ever.

The laureates of the Nobel Prize in Economics displayed on the screen, William Nordhaus, left, and Paul Romer during a press conference at the The Royal Swedish Academy of Sciences in Stockholm, Monday Oct. 8, 2018. Yale University’s William Nordhaus was named for integrating climate change into long term macroeconomic analysis and New York University’s Paul Romer was awarded for factoring technological innovation into macroeconomics. (Henrik Montgomery/TT via AP)

Limiting temperatures to 2.7 degrees Fahrenheit above pre-industrial levels, as the U.N.’s Intergovernmental Panel on Climate Change urges, is economically and practically impossible—as Mr. Nordhaus’s work shows.

The IPCC report significantly underestimates the costs of getting to zero emissions. Fossil fuels provide cheap, efficient power, whereas green energy remains mostly uncompetitive. Switching to more expensive, less efficient technology slows development. In poor nations that means fewer people lifted out of poverty. In rich ones it means the most vulnerable are hit by higher energy bills.

The IPCC says carbon emissions need to peak right now and fall rapidly to avert catastrophe. Models actually reveal that to achieve the 2.7-degree goal the world must stop all fossil fuel use in less than four years. Yet the International Energy Agency estimates that in 2040 fossil fuels will still meet three-quarters of world energy needs, even if the Paris agreement is fully implemented. The U.N. body responsible for the accord estimates that if every country fulfills every pledge by 2030, CO2 emissions will be cut by 60 billion tons by 2030. That’s less than 1% of what is needed to keep temperature rises below 2.7 degrees. And achieving even that fraction would be vastly expensive—reducing world-wide growth $1 trillion to $2 trillion each year by 2030.

The European Union promises to cut emissions 80% by 2050. With realistic assumptions about technology, and the optimistic assumption that the EU’s climate policy is very well designed and coordinated, the average of seven leading peer-reviewed models finds EU annual costs will reach €2.9 trillion ($3.3 trillion), more than twice what EU governments spend today on health, education, recreation, housing, environment, police and defense combined. In reality, it is likely to cost much more because EU climate legislation has been an inefficient patchwork. If that continues, the policy will make the EU 24% poorer in 2050.

Trying to do more, as the IPCC urges, would be phenomenally expensive. It is important to keep things in perspective, challenging as that is given the hysterical tone of the reaction to the panel’s latest offering. In its latest full report, the IPCC estimated that in 60 years unmitigated global warming would cost the planet between 0.2% and 2% of gross domestic product. That’s simply not the end of the world.

The new report has no comparison of the costs and benefits of climate targets. Mr. Nordhaus’s most recent estimate, published in August, is that the “optimal” outcome with a moderate carbon tax is a rise of about 6.3 degrees Fahrenheit by the end of the century. Reducing temperature rises by more would result in higher costs than benefits, potentially causing the world a $50 trillion loss.

Read the Full Article

Iceman: A 5,000 Year Old Reflection for Modern times

The Storyline

The Ötztal Alps, more than 5300 years ago. A Neolithic clan has settled nearby a creek. It is their leader Kelab’s responsibility to be the keeper of the group’s holy shrine Tineka. While Kelab is hunting, the settlement is attacked. The members of the tribe are brutally murdered, amongst them Kelab’s wife and son, only one newborn survives and Tineka is gone. Blinded by pain and fury, Kelab is out for one thing alone vengeance. He sets out after the murderers on what turns into a grand odyssey where he must fight constantly for the infant’s survival; against the immense forces of nature; against hunters he encounters; and, amongst the loneliness of the quest, against a growing sense of doubt over the morality of his mission.

Beside the generally engaging storyline –  this film likely quite accurately portrays life well before modern time.  Life was far from easy, childbirth was dangerous and without pain killers, danger was ever-present, be it danger from the environment or danger from fellow-man keen to secure new resources, whatever they may be.  It is a very worthwhile reflection, a reflection on our current abundance, long lives and freedoms.  We live in a world which by comparison is largely devoid of suffering, where  individual rights have supremacy, where long life is almost assured and where the frontiers of human thought can be explored.

This is a remarkable film not for its entertainment value but as a reflection on our forebears, the suffering they experienced, the challenges they faced and modern abundance, accepted simply as an entitlement by the vast majority.  There can be no guarantee that we will not revert to such times and we likely will.

The lead character is based upon Otzi- the Iceman discovered in the Swiss alps, now a 5,000 year old fully preserved human, the oldest preserved human ever discovered.

A remarkable film and not a single word of a spoken modern language.  Strongly recommended.

Hungarian Government Announces Public Tender for the Recsk Cu-Au Deposits & Assets

Hungarian National Asset Management Inc., (“MNV”) has announced the public tender for the Recsk Deposit and assets in Hungary.

The Recsk Cu-Au-Pb-Zn-Ag-Mo property in Hungary hosts arguably one of the largest and highest-grade undeveloped copper-gold porphyry and skarn systems in Europe.  With 240,000 metres of drilling, two 8 metre internal diameter, 1,200-metre-deep, concrete lined shafts and 9 kilometres of underground development, the Recsk deposit is estimated to contain 5.6 million tonnes (12 billion pounds) of copper and 4 million ounces of gold. 

Distribution of Copper and Molybdenum on the 700mRL, showing surface drillholes (black), development (blue) over intrusion thickness and thickness of volcanics. Copper grades of greater than 0.2% have been mapped over a strike of 2 kilometres and a width of 800
Recsk_Tender_Review_20180927.1

Cmi Capital Limited

Cmi Capital is available to assist a suitable party to participate in the tender.  Cmi Capital held extended discussions with the Government of Hungary prior to the announcement of the tender and as such has a unique understanding of the deposit and the political and economic environment.  Cmi Capital or an associated corporation seeks a long-term concentrate offtake agreement on commercial terms and may at its sole discretion provide up to US$250 million in an offtake pre-payment repaid from production with the usual customary terms and conditions following completion of an advanced economic & technical study.

 

Sn-W-Critical Metals & Associated Magmatic Systems

Southern Atherton Tablelands. Credit: Cairns Tours

An EGRU conference with a session in honour of Dr Roger Taylor

24 – 28 June 2019

Tinaroo Lake Resort

Tinaroo, Atherton Tablelands, tropical north Queensland, Australia

The conference will address advances and breakthroughs in understanding the setting, genesis and  characteristics of magmatic systems  related to Sn-W-Critical Metal mineralisation, including Rare Metal Pegmatites.   The program will feature presentations from world-class researchers in the field, including:

  • Rolf Romer (GFZ, Potsdam, Germany)
  • Jingwen Mao (Chinese Academy of Geological Sciences, Beijing, China)
  • Shao-Yong Jiang (China University of Geosciences, Wuhan, China)
  • Dr Phillip Blevin (Mineral Systems, Geological Survey of NSW, Maitland, Australia)
  • Zhaoshan Chang (Colorado School of Mines, Denver, USA)
  • David Cooke (CODES, Hobart, University of Tasmania)
  • Dr Peter Pollard (Pollard Geological Services, Brisbane, Australia)
  • Dr Yanbo Cheng (EGRU, James Cook University, Townsville, Australia)

See you at the event –  should be well worth attending.  If anyone is interested in a little pre-confernece rainforest hiking for 2-3 days before the event –  message me.

Sn-W-Critical Metals Conference FF 2018-08-21 LR