System-level properties that arise from interactions among components and cannot be predicted by simply adding or averaging the parts. In forests, additive quantities like standing volume scale with individual trees, while emergent properties such as wind resistance, resilience, or community assembly depend on spatial arrangement, structural diversity, species composition, and gap dynamics. The rope analogy illustrates this: mass adds with more fibers, while stiffness and cohesion result from how fibers interact.
- INTRODUCTION
- BASIC ASPECTS OF (EUROPEAN) FOREST RESOURCES
- ECOLOGY OF TREES (autecology)
- FOREST ECOLOGY (synecology)
- REGIONAL FOREST TYPES (Forest biomes)
- FOREST STAND DESCRIPTION (inventory and monitoring)
- SILVICULTURE
- FOREST MANAGEMENT SYSTEMS
- APPLICATIONS, EXAMPLES, AND CASE STUDIES
- 59. Regional silvicultural systems
- 60. Forest enterprises
- 61. Field experiments
- 62. Model forests
- 63. Urban forests
- 64. Case: Scandinavian industrial forestry
- 65. Case: City forest
- 66. Case: Atlantic production forest
- 67. Case: Mountain forest
- 68. Case: Mediterranean forest / Agroforestry
- 69. Case: Central European state forest enterprise
- 70. Case: central European private forest estate
- 71. Case: forest management for conservation
- OUTLOOK
