File:University of Exeter Clock tower.jpg
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[edit]DescriptionUniversity of Exeter Clock tower.jpg | University of Exeter Clock tower |
Date | |
Source | Self-photographed |
Author | Myself, Benjamin Evans |
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[edit]Public domainPublic domainfalsefalse |
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I, the copyright holder of this work, release this work into the public domain. This applies worldwide. In some countries this may not be legally possible; if so: I grant anyone the right to use this work for any purpose, without any conditions, unless such conditions are required by law. |
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current | 23:21, 14 February 2007 | ![]() | 1,600 × 1,200 (383 KB) | Benjaminevans82~commonswiki (talk | contribs) | {{Information |Description=University of Exeter Clock tower |Source=My Camera |Date=14/02/2007 |Author=Myself, Benjamin Evans |Permission= |other_versions= }} |
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The following 67 pages use this file:
- University of Exeter
- User:Jason.nlw/proof template
- File:Fig 1.2.10 Terminology and some of the key feedbacks-mountain glacier retreat.jpg
- File:Fig 1.2.13 Map of estimated organic carbon storage.png
- File:Fig 1.2.15 Schematic showing feedback processes related to land and subsea permafrost..png
- File:Fig 1.2.16 Increasing risks for cryosphere tipping elements.png
- File:Fig 1.2.2 Map of cryosphere systems considered in this chapter.png
- File:Fig 1.2.5 Schematic illustrating some of the key feedbacks in the ice sheet-climate system..png
- File:Fig 1.2.7 Arctic sea ice evolution 1979-2023..png
- File:Fig 1.2.8 Schematic illustrating some of the key feedbacks related to Arctic sea ice loss.png
- File:Fig 1.2.9 Antarctic sea ice evolution 1979-2023.png
- File:Fig 1.3.11 Schematic showing key feedbacks that could lead to dryland tipping..png
- File:Fig 1.3.1 Map of biosphere systems considered in this chapter.png
- File:Fig 1.3.3 Diagram with positive amplifying feedback loops.png
- File:Fig 1.3.5 A conceptual regional transect from moist.png
- File:Fig 1.3.8 Key feedbacks that could lead to savanna tipping..png
- File:Fig 1.4.10 The role of clouds in regulating Earth’s radiation budget.png
- File:Fig 1.4.13 Potential changes in mid-latitude atmospheric circulations.png
- File:Fig 1.4.1 Atmospheric circulation cells, dominant wind directions.png
- File:Fig 1.4.2 Potential tipping systems in ocean and atmosphere circulations.png
- File:Fig 1.4.3 Overview over the major oceanic circulation systems in the North Atlantic.png
- File:Fig 1.4.4 AMOC in CMIP models.png
- File:Fig 1.5.2 Interactions between tipping systems across scales in space and time..jpg
- File:Fig 1.5.4 Conceptual linkages between changes in the Earth system and Eocene-Oligocene Transition.png
- File:Fig 1.5 Interactions between established and more speculative tipping systems on a world map.jpg
- File:Fig 1.6.3 Map of studies that use empirical data to look for early warning signals.jpg
- File:Fig 1 Forcing a system past a tipping point.png
- File:Fig 1 Parts of the Earth system featuring tipping points.jpg
- File:Fig 2.2.1 Selected impact pathways of negative Earth system tipping points..png
- File:Fig 2.3.1 Tipping elements (TE) and associated negative social tipping processes.png
- File:Fig 2.4.10 Tipping cascade in Lake Chad.png
- File:Fig 2.4.5 Unique topic clusters generated using BERTopic.png
- File:Fig 2.4.6 Tipping cascades in the Amazon rainforest..png
- File:Fig 2.4.7 Tipping cascades in coral reefs and small-scale fisheries..png
- File:Fig 2.4.8 Tipping cascades in migration..png
- File:Fig 2.4.9 Tipping cascades in the Arab Spring.png
- File:Fig 2 Three types of tipping points.png
- File:Fig 2 Visual summary of the concept of positive tipping points.png
- File:Fig 3.1.1 Temporal diversity of Earth system tipping processes..png
- File:Fig 3.1.2 Governance tasks across different phases of tipping processes..png
- File:Fig 3.2.2 Proposed engineering techniques at tipping-point scale.png
- File:Fig 3.3.1 3 Phases of ESTP impact governance..png
- File:Fig 3.3.3 Multi-level, multi-phase ESTPl impact governance..png
- File:Fig 3.3.5 Financial barriers to ESTP preparedness in the Global South.png
- File:Fig 3 A simple representation of hystersis.png
- File:Fig 4.2.1 PTP domains..png
- File:Fig 4.3.10 Positive feedbacks can drive changes in dietary norms.png
- File:Fig 4.3.11 Positive feedbacks initiated by the TIST programme.png
- File:Fig 4.3.1 The avoid-shift-improve logic and how it connects to the overall system size which needs to tip.png
- File:Fig 4.3.2 Cascading effects from renewable energy supply to household energy demand..png
- File:Fig 4.3.3 Causal loop relation of the vicious cycle of urban expansion and related transport regimes that need to be broken to reduce car.png
- File:Fig 4.3.4 ICEV Market Share in the Europe, Asia and the USA.png
- File:Fig 4.3.9 Avoiding food loss and waste, shifting to more plant-based diets.png
- File:Fig 4.4.10 Sales of automotive vehicles in Germany, Denmark, US and Greece.png
- File:Fig 4.4.11 First row Changes in ICEV market share in UK, France, Germany, China and US.png
- File:Fig 4.4.12 Measuring the return time from specific events as an EOI in view share of EVs.png
- File:Fig 4.4.13 Early opportunity indicators on EV view share time series..png
- File:Fig 4.4.3 How education can enable social tipping through triggering action at scale, self efficacy and active hope..png
- File:Fig 4.4.4 Sequence of rapid social change..png
- File:Fig 4.4.5 Set of self-reinforcing mechanisms and feedback loops occurring in the process between climate policy.png
- File:Fig 4.4.6 Set of self-reinforcing mechanisms and feedback loops occurring in developing economies characterised.png
- File:Fig 4.4.8 Illustrative representation of digitalisation impacts on resource use (left panel) and on governance institutions.png
- File:Fig 4.4.9 Simplified causal feedback loop of how the technical and social elements may interact within the EV transition.png
- File:Fig 4.5.1 Overview of the cross-system interactions that can create positive tipping cascades.png
- File:Fig 4 Early indicators before a tipping point.png
- Category:Academics of the University of Exeter
- Category:University of Exeter
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Image title | OLYMPUS DIGITAL CAMERA |
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Camera manufacturer | OLYMPUS OPTICAL CO.,LTD |
Camera model | C2,D230 |
Exposure time | 1/500 sec (0.002) |
F-number | f/5.6 |
ISO speed rating | 100 |
Date and time of data generation | Unknown date |
Lens focal length | 5.5 mm |
Orientation | Normal |
Horizontal resolution | 72 dpi |
Vertical resolution | 72 dpi |
Software used | v973u-75 |
File change date and time | Unknown date |
Y and C positioning | Co-sited |
Exposure Program | Normal program |
Exif version | 2.1 |
Date and time of digitizing | Unknown date |
Image compression mode | 2 |
APEX exposure bias | 0 |
Maximum land aperture | 3 APEX (f/2.83) |
Metering mode | Pattern |
Light source | Unknown |
Flash | Flash did not fire |
Color space | sRGB |