Given he is our new deputy prime minister, it is not surprising that “who is Michael McCormack?” pieces are now popping up everywhere. And yet, they glide over his worst offence: he appears to be just another National Party climate change denier.
Most of us would like to be able to travel when, where and how we want to and for the transport system to be managed in such a way that there will always be enough capacity to allow us all these choices. The problem with this “capacity management” approach is that a lot of money would have to be spent providing capacity that is only used for a very limited time of the day. Without this extra spending we still have to continue putting up with congested roads and overloaded public transport during peak hours.
Required capacity could be reduced by managing the “when”, “how” and “where” choices. This post looks at some “demand management” strategies that might be used to reduce peak capacity requirements These strategies offer rapid, low cost ways of getting more from the transport infrastructure we already have. It was concluded that a rapid, low cost doubling of capacity is not an impossible dream.
The 1.5C threshold was set at Paris as an ambitious target because scientists fear that a world warmer than that would be susceptible to ever wilder climactic events that in turn would precipitate greater drought, habitat loss, food insecurity and mass migration.
I’ve just noticed that last September I followed CC 214 with CC 115. My bad.
1. Solar, wind and hydro could power the world, at lower cost
That is according to an updated study by Stanford University professor Mark Jacobson and colleagues at the University of California at Berkeley and Aalborg University in Denmark summarised by Giles Parkinson.
it lays out three different methods of not just providing 100 per cent renewables for electricity, but also for heating and cooling, for transportation, and even agriculture, forestry and fishing.
The missing link between exploding stars, clouds, and climate on Earth
Breakthrough in understanding of how cosmic rays from supernovae can influence Earth’s cloud cover and thereby climate
Bill Shorten probably knows Labor can’t win the byelection in the Melbourne seat Batman while supporting the far-away Adani coal mining project at Carmichael in the Galilee Basin in central Queensland. So he looks set to oppose the mine.
a 2015 study found there is no techno-fix to prevent a catastrophic collapse of ocean life for centuries if not millennia if we continue current CO2 emissions trends through 2050.
A study published in May 2017 tells us that oxygen is depleting in the oceans two or three times faster than expected.
by combining oxygen loss with ever-worsening ocean warming and acidification, humans are re-creating the conditions that led to the worst-ever extinction, which killed over 90 percent of marine life 252 million years ago.
Back in 2003 a heatwave centred in France killed over 70,000 people. Another which struck Moscow in 2010 killed 10,000. During the 2009 Black Saturday bushfires in Victoria 173 people tragically lost their lives from the fire. However, health authorities believe Victoria’s record-breaking heatwave may have contributed to the deaths of about another 374 people with the state’s death toll 62% higher than at same time in the previous year.
Found this interesting article where some experts argue that Sydney train problems could be fixed by halving car registration and removing tolls. It reverses the normal mantra in favour of active and public transport. My take is that the article is asking the wrong questions. The key question that should be asked is “Why do we continue to allow Australia’s mega cities to grow instead of creating new, properly planned cities?” This post looks at other questions that might be asked if we want to make the transport systems of Australian mega cities more workable.Continue reading Questions for Mega Cities→
Can’t do without it, that’s what he said. To impress us he said:
With only 2 per cent of construction visible above ground, the scheme involved 16 major dams, seven power stations, a pumping station and 225 kilometres of tunnels, pipelines and aqueducts.