Different roles

One of the core determinants in diagnosing an ecosystem is the interaction between components, in this case, plant species. Understanding how different roles in the forest ecosystem can interact is critical to proper diagnosis.
This design tells the story of a tree and a lian, of different levels—top, medium, and low—and of recuperation. Who benefits from whom, when, and why?
The transect is based on an actual part of the tropical forest, as measured by Roelof Oldeman (1974a): “Bas-fond Ă  Crique Douille (Sous-bois absent: enlere) Septembre 1971. Fig. 81. – Profil d’une parcelle de forĂȘt de 20 x 30 m dans la rĂ©gion de SaĂŒl”. Selection and (colour) curation by Jack Kruf.
Can people or organisations be compared with plant species, and can their roles and interactions be measured alike?
Bibliography
Oldeman, R.A.A. (1974a, 2nd ed.). L’architecture de la forĂȘt guyanaise. MĂ©moires ORSTOM, 73. Oldeman-larchitecture-de-la-foret-guyanaise

Steenuil

De steenuil, die luistert naar de prachtige Latijnse soortnaam Athene noctua, is de kleinste uil. De Engelsen noemen hem Little owl. Hij is zo groot als een merel.

Bibliografie

Kruf, J. (2024) Steenuil [fine art print]. Breda: privécollectie.

The tree and the liane

One of the core determinants in diagnosing an ecosystem is the interaction between components. 

Understanding the exact interaction—or, in this case, a combination of interactions—is key to proper diagnosis.

This design tells the story of a tree and a liane. Who benefits from whom, when, and why? The tree and liane are real, as measured by Roelof Oldeman (1974a), but they are also metaphors for people or organisations.

I firmly believe in the plausibility of this substitution, primarily due to the universal nature of ecological interactions. These are governed by a set of fundamental patterns, a mere seven, which exist in nature. This universality extends to the public domain, which is intricately intertwined with nature.

It is part of transect by Oldeman (1974a): “La liane perchĂ©e sur le Terminalia amazonia à une hauteur d’environ 35 mĂštres appartient probablement Ă  la famille des PolygonacĂ©es“. Curation and colour selection by Jack Kruf.

Bibliography

Oldeman, R.A.A. (1974a, 2nd ed.). L’architecture de la forĂȘt guyanaise. MĂ©moires ORSTOM, 73.

Oldeman-larchitecture-de-la-foret-guyanaise