Trees Are Awesome.

I read about massive industrial projects to absorb excess CO2 from our atmosphere using "carbon sequestration" technology. 

 Nature has had this technology for millions of years. 
It is low maintenance, has a small footprint, and is self managing. They're called trees. 


If we could only stop cutting them down, they may help save our planet. 



Here’s the Rainbow Eucalyptus, a tree that looks like a toddler has been set loose in the forest with some tins of paint and no responsible adult keeping an eye on them. Remarkably, this tree’s colouring is entirely natural. As the Rainbow Eucalyptus grows the bark falls away in patches at different times of year exposing the bright green inner bark. As time passes the inner back changes colour going blue, purple, orange and then maroon, giving the trees their incredibly colourful look.
These trees are naturally found in the rainforests of the Philippines, Indonesia and Papua New Guinea but they are also used in pulp-wood plantations for making paper. These rainforests are under threat from deforestation to create these plantations but that doesn't make these trees any less spectacular to look at.
We can stand together to protect forests and the incredible diversity of life they contain.
Trees. Are. Awesome.

Silicon Valley could force NSA reform, tomorrow. What's taking so long? | Trevor Timm http://gu.com/p/3zcgx

Climate change: The state of the science


Published on Nov 19, 2013
Produced by the International Geosphere-Biosphere Programme and Globaia and funded by the UN Foundation.

The data visualization summarises and visualizes several of the most significant statements in the Intergovernmental Panel on Climate Change's (IPCC) recent Fifth Assessment Report, (Working Group I summary for policymakers, the Physical Science Basis). In 2014, IPCC will publish summaries concerning societal impacts, mitigation and adaptation.

The statements and facts presented are derived from the IPCC summary for policymakers.

Our planet is vast. It is difficult to comprehend the scale. It is difficult too to comprehend the scale of humanity and the vast changes we've wrought in a lifetime. Population, production and consumption have grown exponentially. Roads, railways, airlines, shipping routes. The digital revolution. We've created a globally interconnected society. Evidence is mounting we've entered the Anthropocene.

Humanity is altering Earth's life support system. Carbon dioxide emissions are accelerating. Greenhouse gas levels are unprecedented in human history. The climate system is changing rapidly. The Intergovernmental Panel on Climate Change assesses the risks and options for societies. Its latest report states it is extremely likely humans are the dominant cause of warming in the past 60 years. Without deep emissions cuts, it is likely Earth will cross the target of two degree Celsius above pre-industrial levels. The target set by international policy. This could happen as early as 2050. If emissions keep rising at current rates, a four-degree rise by 2100 is as likely as not. This marks a vast transformation of our planet.

It is very likely heatwaves will occur more often and last longer. The Arctic will warm faster than the global average. It is likely sea ice will all but vanish in summer within decades if high emissions continue. It is very likely sea-level rise will accelerate. Cities and coastal areas are vulnerable. In general, wet regions are set to get wetter, dry regions drier. Monsoons are likely to become longer, their footprint likely to grow and downpours likely to intensify. The acidity of the ocean has increased 26% since the start of the industrial revolution. The full consequences of all these changes on the Earth system are unknown.

Humanity's carbon footprint is huge. Societies will need to adapt to climate change. The scale of change depends on decisions made now. Can we remain below two degrees? It is possible. But it is up to societies now to decide the future we want. For a likely chance of achieving the two-degree target, societies can emit another 250 billion tonnes of carbon. We burn about 10 billion tonnes of carbon a year. At current rates we will use this budget in about 25 years.
Download the IPCC Working Group I summary for policymakers (The Physical Science Basis) here: www.climatechange2013.org

Produced and directed by
Owen Gaffney and Félix Pharand-Deschênes

Animation
Félix Pharand-Deschênes
Globaïa

Script
Owen Gaffney
International Geosphere-Biosphere Programme

Narration
Sarah Sherborne

Data
GEOS-5 atmospheric model
NASA/Goddard Space Flight Center Scientific Visualization Studio
Suomi NPP VIIRS Nighttime Lights 2012
Earth Observation Group, NOAA National Geophysical Data Center
Landscan 2011tm High Resolution global Population Data Set
UT-Battelle, LLC, Oak Ridge National Laboratory
Blue Marble: Next Generation, Reto Stöckli
NASA Earth Observatory, NASA Goddard Space Flight Center
Annual temperature anomaly compared to 1860-1899 period
GFDL-CM3 (historical and RCP8.5 experiments) 1860-2100
Coupled Model Intercomparison Project Phase 5 (CMIP5)
September sea ice concentration
GFDL-CM3 (historical and RCP8.5 experiments) 1860-2100
Coupled Model Intercomparison Project Phase 5 (CMIP5)
Sea level rise flooded areas
Centers for the Remote Sensing of Ice Sheets (CReSIS)
Cyclones tracks
International Best Track Archive for Climate Stewardship (IBTrACS)
Ocean acidification
Max Planck Institute Earth System Model, RCP 8.5

Music
Earlyguard
Continuo VII • Microcosmos • Mind over Matter
earlyguard.bandcamp.com

Commissioned by
International Geosphere-Biosphere Programme
For the launch of the Intergovernmental Panel on Climate Change Working Group I summary for policymakers (Fifth Assessment Report)

Funded by
United Nations Foundation

SPECIAL THANKS TO
Anne-Marie Doucet, Louve & Isis, Myles Allen, Catherine Boire, Wendy Broadgate, David Huard, Tatiana Ilyina, Kalee Kreider, Naomi Lubick, Jochem Marotzke, Johannes Mengel, Tim Nuthall, Sybil Seitzinger, Sturle Hauge Simonsen, Karen Smyth, Simon Torok, Denise Young

This is a product for the WELCOME TO THE ANTHROPOCENE website
anthropocene.info

igbp.net
globaia.org
unfoundation.org

How many deaths are acceptable? 1 million? 10 million? 100 million?

Our planet is reeling from massive amount of greenhouse gases being pumped in the atmosphere, at around 10 billion tons per year. The human race has already produced 370 billion tons of CO2 from the dawn of the Industrial Revolution. Scientists expect a "tipping point" at 500 billion tons of CO2, that would lead to irreversibly altering the planet's climate for hundreds, and maybe thousands of years. At the rate humans are burning fossil fuels, that threshold will be reached in not a hundred, but  in 13 years.

There are approximately 2,500 billion tons of carbon fuel still in the ground. Energy companies reserve assets are counted as future earnings and are reflected on the projected balance sheets.  A spokesman for Exxon Mobil said: 'we are confident that none of our hydrocarbon reserves are now or will become ‘stranded''. A nice way of saying they have plans to dig them up somehow, as it is just business as usual.

 So, knowing what we know now, that the Earth has around a dozen years before we send the climate into a irreversible death spiral, the CEO's of the major energy companies must be asking their risk managers questions like this: " How much climate disruption can the world handle?" "When do we send the Government into a crisis mode where they shut down all of our energy producing revenue?" It's a nice way of saying "How much disruption can we cause and get away with?" "How many deaths are acceptable? One million? Ten million? One hundred million?"

This is an honest question. It is as honest as the report that emerged last Monday from climate scientists, which demonstrated that if Exxon Mobil keep their promise, then the planet will no longer function effectively. I thought that this would be Exxon’s posture. The company spent millions denying the science when it was still possible. I have always thought their business plan was to keep pouring carbon into the atmosphere. Exxon’s statements are easy to translate: “We are overheating the planet, we think we have the right to keep doing it, and we have the money to keep doing it.”

So with that information on the table, it’s time for action. We must start by bankrupting them. By  taking away the money that allows them to act with arrogance, while the planet’s scientists explained the impact of climate change on everything from crop yields to civil wars. Our day for reckoning is fast approaching. How we react to it will be our legacy for the future.

It's now increasingly recognised that the transition into the post-carbon era must involve not simply "adaptation" and "mitigation" – the stale buzzwords of bureaucracy - but entail radical transformation of our societies at multiple levels. Even the IPCC's forthcoming mitigation plan concedes: "Stabilising greenhouse gas concentrations will require large-scale transformations in human societies."

But perhaps no clearer manifesto for this transformation came from an unexpected editorial in the British Medical Journal, stating that: "The IPCC report shows the need for 'radical and transformative change.'… This is an emergency. Immediate and transformative action is needed at every level: individual, local, and national; personal, political, and financial." The editorial endorses the World Bank president's call for "divestment from fossil fuels and investment in green energy… If we are to avoid catastrophic climate change and bequeath a sustainable planet worth living on, we must push, as individuals and as a profession, for a transformed, sustainable, and fair world."