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Kadoorie Farm and Botanic Garden

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China - Hong Kong SAR - Hong Kong

Institution Code: KADO

International Agenda Registration: No

BGCI Member: Yes

About the Kadoorie Farm and Botanic Garden

About KFBG

Kadoorie Farm and Botanic Garden (KFBG) is situated on the northern slopes of Hong Kong’s highest mountain – Tai Mo Shan (957 metres). Within KFBG are streams, woodlands, orchards and vegetable terraces – together with conservation and education facilities.

KFBG, today, is a unique public-private partnership, incorporated and designated as a conservation and education centre by Ordinance (Chapter 1156) in the Legislative Council of Hong Kong on 20th January, 1995. While KFBG is a public organisation, it is privately funded by the Kadoorie Foundation.

Since 1995, KFBG has focused on promoting conservation and sustainable living in Hong Kong and South China, with programmes on flora and fauna conservation and the promotion of organic agricultural practices.

KFBG’s mission statement is “We exist to increase the awareness of our relationship with the environment and bring about positive change in the world through conservation and education”.






Main Address:
Kadoorie Farm and Botanic Garden
Lam Kam Road, Tai Po,
New Territories
Hong Kong
Hong Kong SAR China

Telephone: 852 2488 1317
Fax: 852 2488 3035
Primary Email:

Staff Details

  • Director's Name: Andy Brown
    Curator's Name: Dr. Charlotte Shiu
    Plant Records Officer's Name:
  • Total Staff:
    Horticultural Staff Number: 50
    Educational Staff Number: 7
    Research Staff Number: 10
    Administration Staff Number: 1

About the Garden

  • Institution Type: Botanic Garden
  • Status
  • Status: State: Yes
    Status: Trust: Yes
  • Date founded: 1952
  • Physical Data
  • Natural Vegetation Area: Yes
    Natural vegetation area: Size: 100 Hectares
  • Landscaped Area: Yes
    Landscaped Area: Size: 48 Hectares
  • Total Area: 148 Hectares
    Latitude: 22.3813
    Longitude: 114.137
    Annual Rainfall: 3000 mm
    Altitude: 170.00 Metres
    Total area of glasshouses: 200 Metres
    Total area of shadehouses: 100 Metres
  • Additional Locations
  • Satellite Garden Names: None
  • Locality: Information
  • Locality: Garden Name: 嘉道理农场暨植物园 (香港)
  • Local Address: 中国香港新界大埔林锦公路
  • Locality: City: 新界
  • Locality: State: 香港

Features and Facilities

  • Herbarium: Yes
    Arboretum: No
  • Micropropagation/ Tissue Culture Facilities: Yes
    Seed Bank: Yes
    Published Plant Catalogue: Yes
    Computer Plant Record System: Yes
  • Open to public: Yes
    Friends society: Yes
    Retail Outlet: Shop: Yes
    Retail Outlet: Plant Sales: Yes
    Disabled access: Yes
  • Number of Visitors: 130000
    Number of Volunteers: 300

Plant Collections

Conservation Programmes

  • Conservation Programme: Yes
    Medicinal Plant Programme: Yes
    Ex Situ Conservation Programme: Yes
    Reintroduction Programme: Yes

Research Programmes

  • Ecology: Yes
    Ecosystem Conservation: Yes
    Education: Yes
    Systematics and Taxonomy: Yes
    Sustainability: Yes
    Agriculture: Yes
    Land Restoration: Yes
    Urban Environments: Yes

Education Programmes

  • Visitor/Education Centre: Yes
    Education Signs in Garden: Yes
    Public Lectures/Talks: Yes
    Education Booklets/Leaflets: Yes
    Guided Tours: Yes
    Permanent Public Displays: Yes
    Special Exhibitions: Yes
    Courses for School Children: Yes
    Courses for University/College Students: Yes
    Courses for General Public: Yes
    Education Programme: Yes

Kadoorie Conservation China’s organic farming project in Sichuan Province


The project began in 2008 to pilot the combination of organic farming with a new agricultural technology. The agricultural technology was developed by Professor Lu Shihua. The process involves raising planting beds, using plastic sheeting and wider plant spacing. During 2006, the technology saw impressive results, producing a substantial crop, even during drought periods. Kadoorie Conservation China (KCC) then sought to combine this method with organic farming practices to aid the agricultural issues China was facing, such as: inconsistent yield; an aging population and generally poor community health.

Project Start: 2008

Project End: On going

 Xun Wei Chong (right) with the help of her neighbour, harvesting rice with heavy grains. © KCC



The project sought to achieve several main objectives:

• Provide more sustainable and profitable crop yields.

• Improve the local agricultural community’s health and living environments.

• Move agricultural process away from environmentally damaging methods and towards ‘greener’ and more sustainable techniques.

These objectives are met through the combination of organic farming and Professor Lu Shihua’s technology. The project began by trailing the approach on a farm in Sichuan village. Whilst there the method produced astonishing yields that had never been seen before, this therefore encouraged other farms in the village to adopt the method.  


The success of the project is positive in terms of three key issues facing Chinese agriculture. Firstly, it addresses the need to move away from environmentally damaging process. Chemical fertilizers are used heavily in Chinese agriculture causing damage to the local environment and producing large amounts of CO2 emissions. The method provided by the project provides a ‘greener’ alternative that, not only, benefits the environment, by not relying on fertilizers, but also produces a greater yield for the farmer. The second issue that is addressed is the health of communities. Moving away from fertilizers is healthier for the local public. Furthermore, the process is less strenuous which helps the aging agricultural population. Lastly, the procedure produces a more stable yield even when facing climate change.

Sichuan’s Shuanghe village covered by rape seed (canola oil) planted without tillage and mulched with rice straw. © KCC


What’s Next?

The future for the project is very promising. Due to its success, neighbouring villages are converting their agricultural practices to the new method, 436,000 hectares have already been converted, and this is only envisaged to continue. There is also research being conducted into improving the technique further. Although the plastic used in the setup causes less impact on the environment then chemical fertilisers, there is currently investigation into whether the plastic could be removed from the process. Trials are being conducted to assess whether rice straw could be used to replace plastic so as to make rice production even “greener”. 

Further Research: A farmer showing the use of rice straws as mulch, replacing the use of plastic. © KCC

Practitioners and Sponsors



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