Sunday, 11 January 2009

Rhizotron and Xstrata Treetop walkway @ Kew Garden


Rhizotron and Xstrata Treetop walkway is the latest boardwalk attraction in the Royal Botanic Garden, Kew built around trees.


Picture above how close i got to the tree

It is 18m high and also 200 metre long walkway which has a thrilling and an intimate experience to its environment. Rhizotron and Xstrata Treetop walkway was built to give an insight into ecology of trees.



The protective layer of rust that forms is mottled and is very beautiful which gives it a natural look. Also blending in with the surround landscape of trees without harming it’s sensitive environment.



From the top one gets a beautiful and a unique bird’s-eye view of the whole 300-acre of kew garden (as shown below) and also of London’s skyline.
View from the treetop walkway
It is designed by Marks Barfield Architects, the same architects that designed the London Eye.

It's unfortunate that i visited the treetop walkway in the winter, because all the trees have shed off their leaves. I know that to get the most thrilling experience will be in the summer when the trees have a full canopy and would also be able to see birds nesting etc...


More information:http://www.marksbarfield.com/

























Sunday, 4 January 2009

SLA

SLA is an interdisciplinary team in Denmark designing spaces for new urban experiences. Their aim is to transform the spaces of the city into sensuous attractions therefore adding a new layer of meaning to the everyday environment.

Hyllie Station Square , Sweden - 2007
http://www.sla.dk/byrum/hylliegb.htm

They have worked on a significant number of landscape architecture and urban development projects in Denmark and abroad. SLA has been recognised to be the first office to be awarded the Topos European Landscape Award for its focus on sensory urban spaces.

Motalavej (Motala Street), Korsør - 2007
http://www.sla.dk/byrum/motalagb.htm
It’s a small practice that consists of 22 landscape architects. Their work is mainly based on sensorial landscape and urban-space project ranging from big projects such as masterplans to small projects such as installations.

Hornshøj Housing Masterplan, Holstebro,Denmark - 2007


I have a very strong interest for urbanism; I find SLA work exceptionally urban and have a diverse range of interpreting and expressing their concepts.

Kolding Railway Station Plaza, Denmark - 2005

http://www.sla.dk/byrum/koldingb.htm


SLA has a good reputation for student internship which gives students the opportunity to work on the entire field of landscape architecture, planning and urban design.

The Hafencity, Hamburg, Germany - 2003


In order for me to be able to get an internship, certain computer software such as AutoCAD and Adobe skills are required, 3D visualization such as SketchUp are at an advantage for me because I have good experience in using the software very well.

Current Project: Parking in Venice

Location: Piazza Di Laguna / Venezia Ex Locomotive, Venedig
Client: The Municipality of Venice
Design Phase: 2007
Area: 40.000 m²
Details: A complete transformation of the area which consist of construction of a large underground carpark, railway traffic, and the optimizing of traffic connections.

All images: http://www.sla.dk/byrum/venicegb.htm

Organic Waste Management at Kew Garden, London

A talk on compost and waste management by David Barnes, the Manager of Horticultural Support at Kew garden. This is part of fielding Module and its suppose to help me to understand how certain things (wildlife, waste, ect) can be managed.

Kew Garden produces over 100 tonnes of waste plant materials every week. As part of Kew’s commitment to practise sustainable horticulture, they recycle 99% of their organic waste. The method used to manage the organic waste is known as Composting.
Composting at Kew:

Composting organic waste is more environmentally friendly than throwing all the waste in a land fill site.

It’s Advantages:
  • Compost adds more nutrients to the soil, to reduce the use of artificial fertilizers

  • Improves the soils structure so plants grows better and healthy, therefore making them resistant to pest and diseases

  • Compost can be used as mulch on soil surfaces to help retain water

  • Helps to reduce the amount of weeds present
How compost is made?

The sorted materials such as herbaceous and woody trees and shrubs from felled tree branches, etc heaped
  • The woody trees and shrubs from felled tree branches materials are screened and shredded into wood chips
From: Chunks of timber

To: Wood Chips
  • Herbaceous plant materials (leaves & grass clipping) are only shredding.

Heap of leaves and grass clippings

The wood chips are mixed on a ratio of 4:1 with the fresh stable manure, while the shredder herbaceous material is mixed on an equal ratio to the manure.

The mixed shredded materials are stored in heaps as shown below:

Herbaceous plant mixed with manure left to compost

Wood chip mixed with manure left to compost

These heaps are watered with stored rain water and turned regularly to maintain a low temperature. David Barnes said sometimes the temperature of the heaps can rise up to 850C that is high enough to set itself ablaze but the best temperature for the compost process is at 55oC. Therefore allowing micro-organism (bacteria and fungi) to break down the plant materials. The compost process takes about 10 – 12 weeks before it’s been taken back to the garden to be reused as mulch

In conclusion, I believe the waste management at Kew is very effective even though the scheme only started 10 years ago. It’s also very sustainable. It must have saved Kew gardens a lot of millions of pounds. Practising this self-effective method has been beneficial and encouraging to the public. Waste is not easy or simple to control and manage especially in Kew garden when they tend to have a huge number of visitors visiting a year.

The part I find very interesting is the fact that the composting heaps can generate a huge amount of energy on it’s own which is very good but now I’m also questioning why can’t this energy that is been produced be used to generate electricity (thermal energy) or something productive for the garden?

I have learnt so much about waste management and I’m planning to incorporate the method and processes into the management plan report on woodlands.