what are we gonna do with all these boundaries once this is their set right 01:43:58 what I always say that this esps really need to be linked to actors if they are going to have any bearing in real world and to guide the practice so we can do that by cross-scale 01:44:11 translation try to bring down this you know planetary level kind of our boundaries into actors cities and businesses in particular so when we talk about this cross-scale translation what we are talking about is if the boundary 01:44:24 is transgressed then what we are talking about is how do you allocate the responsibilities equal um equitably

with the Earth commission has taken up all this science a first attempt of being a kind of a community effort 00:14:53 scientifically to really give businesses and cities in the world quantitative boundaries to work with to operationalize as science-based targets

you may have seen last week that the global carbon budget to 00:11:43 have a chance of holding 1.5 was cut by half so no longer 500 billion tons of carbon dioxide but rather 250 billion tons of carbon dioxide remaining to have a chance of holding 1.5 that's only like 00:11:56 six seven years under current burning of fossil fuels so an orderly phase out means that we really need to start bending the curve immediately and reduce emissions by in the order of six to seven percent per year to have a net 00:12:09 Seer World economy between 2014 and 2050

Table 1. Interrelationship of wealth and emissions per capita.

An important aspect missing in typical flow models is that in order to produce enduringcommitment a goal should correspond to something truly valuable. For example, while the goal ofshooting a maximum number of spaceships in your game of Space Invaders may be clear, it doesnot satisfy any real needs. Therefore, playing games, however enjoyable at the time, if continuedlong enough will eventually leave you with the feeling of having wasted your time. One way gamedesigners try to overcome this limitation is by creating a sense of “epic meaning” (McGonigal,2011), i.e. situating the game action in a narrative context which implies that something truly greator valuable is being achieved (like saving the world from alien invaders).

In contrast to the unhelpful but common argument about whether ‘the problem’ is population growth or consumption, it is not novel to argue that the problem is both—plus waste. Because of ongoing need for progress on all three, this point of intervention is nonetheless key. Unlike research on impact as a function of population, affluence and technology (1 = PAT), we point to strong opportunities to decouple affluence from material consumption [leverage point 1]. We also side with those who argue that more efficient production is insufficient, and that volumes of production and consumption are key variables

The HRF design intends to operationalize entangled security (figure 8). It provides orchestration logic at ecoregional, nation-state, and local levels and is expected to vary  according to context. It comprises four main task groups: HRF support; planetary security; human security; and state security.

A guiding principle will be to make the hyper-response as not only fun and enjoyable as possible but also meaningful via a vibrant grand narrative approach that connects the mission to conceptions of identity, values, and evolving worldviews.

For four years, an accelerated and intensive global effort will be made to reduce greenhouse gas emissions and restore ecological stability. It will be “fast and furious” because it will involve startup action as well as implementation. It is focused on the remaining “low-hanging fruit” for fastest global reductions