GARP SCR - Chapter 3 - Tushar Johri
Across
- 4. Reducing price of solar panels have proved to be both a benefit as well as a driver for this type of risk
- 6. Technology that will be required to achieve the net negative global emissions that is assumed by the models used in IPCC in order to achieve 1.5°C equilibrium
- 7. With advances in technology,a wide range in the ability of models are used to predict the magnitude or frequency of specific hazards, the specific time-frame of their occurrence, or their specific locations (True/Nope).
- 9. A company in the equatorial is making system to use nearby lake to cool its hangars and factories in anticipation of heat waves during the summer.By doing so, it has decreased its ________ to reduce the impact of heat wave risk
- 12. __________ risk is a form of indirect risk that has the potential consequences and impacts on wide interconnected systems, industries, or sectors that arise as a result of the broader changes in climate conditions
- 14. ____ the pace of decarbonization, greater the chance of stranded assets in different sectors
- 15. A new branch of climate science, _______ science, is now able to show correlation between the events and climate change
Down
- 1. If the world manages to hit the ambitious targets of 1.5°C or 2°C, the intensity of physical impacts will be _____
- 2. IPCC uses this graphical technique to indicate where models agree on climate change patterns
- 3. This type of transition considers the social impact of the asset stranding and supports communities and individuals impacted by the transition
- 5. The driver for this type of risk is through shareholder perceptions or pressures in public markets
- 8. These are the primary or the only source for transition risk
- 10. It is centralized policy option/scheme used to limit the quantity of emissions
- 11. The amount of information provided by Climate models for the next one or two decades on smaller geographical scales
- 13. Current policies put the globe on track for ______°C or more of warming, though commonly used scenarios range from 4.5°C of warming by 2100 to 1.5°C if the most ambitious Paris goals are met.