Home > Moss Greening to Curb Urban Heat Island Effect >
2008.10.26 Sun

Moss Greening to Curb Urban Heat Island Effect
photo2238.jpg
Copyright Green Alliance

Greening projects using moss have been conducted at many sites in Japan in recent years in order to deal with the heat-island effect (abnormal warming of the urban atmosphere due to the heat concentration). In addition to its features of absorbing carbon dioxide (CO2) outputs and lowering the surface temperature of buildings, a moss panel can be easily attached and does not require maintenance efforts. An increasing number of companies are using these panels for greening buildings.

Moss has various benefits: 1) it is easier to grow than grass; 2) it allows quick construction by using handy, light-weight panels; 3) maintenance is easy and watering is not required beyond collecting rainwater; 4) it allows the greening of rooftops, slanting surfaces and wall surfaces; 5)it absorbs large amounts of CO2; and 6) it provides insulation against heat and noise.

Green Alliance, a Japanese non-profit organization, has been promoting moss greening since 2006 by utilizing an exterior insulation greenery panel called "Woolly Moss." It is a panel using "sunagoke" moss (rhacomitrium canescens) and "haigoke" moss (hypnum plumaeforme), as well as insulation materials made of carbonized corks and mudstones. Fifteen constructions have been performed to date and more are expected in the future. Similarly, another non-profit organization, Moss Green Eco, has been working to revitalize rural mountainous areas by producing moss in degraded lands, fallow fields or unused lands since 2007.


- Greening with Moss! (Related JFS article)
http://www.japanfs.org/db/364-e

Posted: 2008/10/26 12:34:34 PM

| Posted by jfs |
NEXT ACTION
Search more news from JFS   
Read next article: Waste Down, Interest Rates Up with 'Eco Term Deposits'
Read previous article: JAL to Make First Asian Biofuel Demonstration Flight
Support JFS
About JFS
RELATED NEWS

Insurance Company's Forest Protection Initiative Wins Environment Minister's Awards for Supporting Disaster Affected Areas
Japanese University Develops Strong Adhesive by Mimicking Natural Bonding Mechanisms
Japanese Research Institute Develops Coral Restoration Technology
Japanese Researchers Succeed in Sprouting Licorice in Mongolian Desert with No Irrigation
Japanese Cabinet Approves National Biodiversity Strategy 2012-2020


Hitachi Zosen and Sumitomo Chemical Verify Tsunami-Damaged Farmland Restoration Technique
Nara Technology Institute Develops Highly Efficient Electrochromic Material Expected to Contribute to Energy Conservation
New Methane Fermentation Method Developed for Garbage-Herbaceous Composite
Nagoya University Researchers Prove Carbon Fiber is Best at Purifying Water
Japanese University Develops Strong Adhesive by Mimicking Natural Bonding Mechanisms

Creative Commons