Noah's Landscape Journal

Welcome to my MLA Blog This blog documents my weekly learning journey as part of the Master of Landscape Architecture (Year 1) at the University of Greenwich. It serves as a reflective space where I collect notes, thoughts, and visual material from the courses Landscape Design Technology and Design Experimentation & Communication. Each entry combines key aspects of the lectures with my own reflections, sketches, and examples from practice. The aim is not only to record what was taught, but also to explore how these ideas can be applied in design processes and future landscape projects.

Bioengineering solutions, Mike Yates from Salix

What Salix does:

  • Water and flood management -> From managing waterflows in the mountains, to managing tide and waterflow
  • Replacing hard engineering with soils and vegetation:
  • Restoring lifeless & toxic environments
  • Restoring natural processes

Hard engineering is usually the most common way to deal with changes in geomorphology, hydrology and ecology of rivers.

Hard engineering comes with a number of problems, such as High embodied Co2, high costs, etc.

Benefits of soil bioengineering:

  • works with natural processes
  • Improves water quality
  • Environmental regulator approval

Bioengineering Products:

  • Plants (Salix nurseries produce 3m plants/y, only seagrass nursery in the UK)
  • Coir – Coconut Fibre -> Coir Rolls and Blankets are used as water barriers as a base for plants in wetlands
  • Floating Islands -> Salix floating islands are made completely plastic free

Biomatrix is another manufactorer of floating island systems:

https://www.biomatrixwater.com/floating-ecosystems

  • Pre-filled Rock solutions as a alternative solution to traditional X
  • Rock bags are used for bigger scale solutions

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