Chapter 13

Climate cosmopolitics: PhD thesis by Isak Stoddard

On friday 7 march 2025, my friend and colleague Isak Stoddard defended his PhD thesis Perilous times: Carbon budgets and the cosmopolitics of climate mitigation at Uppsala University. Below is the abstract in english from https://uu.diva-portal.org/smash/record.jsf?pid=diva2%3A1929133&dswid=519. Increasingly emphatic warnings from scientists about the dire consequences of global climate change has contributed to the establishment of [...]

By |2025-03-09T17:39:19+00:00March 9th, 2025|Book Reviews, Chapter 13, Chapter 17|0 Comments

Catastrophe Theory and Tipping Points

Modelling catastrophic change The simplest mathematical equation that represents bifurcations and catastrophic change is a first order differential equation of the form: (eqn. 1)   Solving for the attractors (dX/dt = 0), it is seen that one root is X = 0 and it represents a globally unstable attractor and the other two roots are [...]

By |2024-11-23T17:32:18+00:00July 2nd, 2023|Chapter 13, Chapter 8, Chapter 9|0 Comments

Views of Nature and biodiversity

  To every natural form, rock, fruit or flower, Even the loose stones that cover the high-way, I gave a moral life, I saw them feel, Or link’d them to some feeling; the great mass Lay bedded in a quickening soul, and all That I beheld, respired with inward meaning.                                                                              Wordsworth, Prelude For the [...]

By |2024-11-06T09:57:07+00:00June 14th, 2023|Chapter 13, Chapter 2|0 Comments

Catastropic change in (eco)systems: case-studies

There are some empirical, illustrative case-studies in which catastrophic did happen. The first classical example is the interactive dynamics between the spruce budworm, its predators and the boreal forest  in North America (Holling 1986; Meadows 2008). When the budworm became a ‘pest’ and northern forests were sprayed with the insecticide known as DDT to control [...]

By |2024-02-07T16:07:17+00:00June 14th, 2023|Chapter 13, Chapter 8, Chapter 9|0 Comments

Energy: the Colosseum, slaves and containerships

The energy needed to deliver energy has always been a concern for societies. ‘All our societies require enormous flows of high-quality energy just to sustain, let alone raise, their complexity and order (to keep themselves [ . . . ] far from thermodynamic equilibrium) ... [and] after a certain point in time, without dramatic new [...]

By |2024-02-06T11:28:43+00:00July 13th, 2020|Chapter 13, Chapter 17, Chapter 3, Chapter 7|0 Comments

Networks: one way to understand system behaviour

Definitions Systems consist of elements and their interrelations or linkages. The relations between elements have received ever more attention in science, reinforced by the advent of ICT and in its applications in social media and AI. In particular information flows connecting elements are of great societal relevance. As Harari (2024) warns: "... humankind gains enormous [...]

By |2025-01-23T13:47:49+00:00March 23rd, 2020|Chapter 13, Chapter 9|0 Comments

The Kaibab narrative: management on ill-understood systems

History of Kaibab plateau Numerous models of ecosystems have been made – but sometimes one wonders whether somewhere a reality can be found which more or less is described by such a model. The term empirical validation may be too strong, the aim is model-based story-telling. There are some interesting real-world stories to tell about [...]

By |2024-01-16T16:11:01+00:00March 11th, 2020|Chapter 13, Chapter 9, Narratives|0 Comments

Drought: the thin line between natural and man-induced change

A simplified scheme of the hydrological stocks and flows is given below. The climate variables precipitation and temperature over time are the most important input variables. Rainwater will fall upon the vegetation and partly flow out as runoff and partly evaporate, and the remainder penetrates the soil where it adds to the stock of soil [...]

By |2024-01-24T15:54:17+00:00June 6th, 2016|Chapter 13, Chapter 15, Chapter 16|0 Comments
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