Library

Publications

31: Ten guidelines for tree planting initiatives to optimise carbon sequestration, biodiversity recovery and livelihood benefits

Publication date2021
Author(s)Di Sacco, A., K. Hardwick, D. Blakesley, P.H.S. Brancalion, E. Breman, L.C. Rebola, S. Chomba, K. Dixon, S. Elliott, G. Ruyonga, K. Shaw, P. Smith, R.J. Smith & A. Antonelli
PublisherWiley: Glob. Change Biol. 27:1328-1348
Format

ABSTRACT: Urgent solutions to global climate change are needed. Ambitious tree‐planting initiatives, many already underway, aim to sequester enormous quantities of carbon to partly compensate for...

32: Effect of microsite light on survival and growth of understory natural regeneration during restoration of seasonally dry tropical forest in upland northern Thailand

Publication date2021
Author(s)Sangsupan, H., D.E. Hibbs, B.A. Withrow-Robinson & S. Elliott
PublisherElsevier: For. Ecol. Manag. 489 119061
Format

ABSTRACT: The framework species method (FSM) of forest restoration involves planting mixtures of native forest trees to catalyze or complement natural regeneration and accelerate recovery of a...

33: Locating and identifying seed tree species for forest restoration in northern Thailand using an unmanned aerial vehicle  

Publication date2021
Author(s)Rai, K. R. & S. Elliott
PublisherPreprint

ABSTRACT: Rapid and reliable location of seed trees of required species, within forest, is essential, if global forest restoration targets are to be achieved, e.g. the Bonn Challenge (forest...

34: The Effects of Climate Change on Tree Phenology for Forest Restoration in Northern Thailand

Publication date09 Apr 2020
Author(s)Pattraporn Damminset
PublisherChiangmai University
Format

ABSTRACT: The current world climate is rapidly changing and affecting physical and biological environments. Some abiotic factors have an influence on tropical forest ecosystems. Each flowering...

35: The Impact of Climate Change on Tree Phenology for Forest Restoration in Northern Thailand

Publication date09 Apr 2020
Author(s)Nutchanok Kumsut
PublisherChiangmai University
Format

ABSTRACT: Climate change causes changes in abiotic factors such as temperature, rainfall, and relative humidity, which may result in forest trees adapting their  growth patterns to the changed...

36: Seedling recruitment of native tree species in active restoration forest

Publication dateApr 2020
Author(s)Yingluck Ratanapongsai
PublisherUniversitas Hasanuddin, Indonesia
Format

Abstract: Since the 1970’s, concern has grown over the environmental impact of deforestation over large areas in the northern mountains of Thailand and conversion of forest to agriculture....

37: Allelopathic Effects of Prunus cerasoides Buch.-Ham ex. D. Don Leaves on Common Weeds in Forest Restoration Sites  

Publication date31 Mar 2020
Author(s)Punnat Changsalak
PublisherDepartment of Biology, Faculty of Science Chiang Mai University
Format

ABSTRACT: Weeding by hand tools is the most expensive part of forest restoration projects, so herbicides are an attractive alternative weeding technique. However, synthetic herbicides may have...

38: Effects of Root Air-Pruning on Framework Tree Species Seedlings Production for Forest Restoration in Northern and Southern Thailand

Publication date2020
Author(s)Chaiklang, P.
PublisherEnvironmental Science, Chiang Mai University
Format

Abstract: Tree planting is a simple tool to bring back the forest area. Therefore, seedling production is one of the important steps in forest restoration. Root pruning can promote the root system...

39: The science and sociology of restoring Asia’s tropical forest ecosystems

Publication dateDec 2019
Author(s)Elliott, S.
PublisherEnv. Asia Special Issue 12:1-9. DOI 10.14456/ea.2019.57
Format

ABSTRACT: Thirty years ago, reforestation in the tropics meant planting monocultures of economic trees. Ecosystem restoration was rarely practised, due to lack of effective techniques. Since then,...

40: Seed storage behaviour of native forest tree species of northern Thailand

Publication date11 Jun 2019
Author(s)Waiboonya, P., S. Elliott & P. Tiansawat
PublisherEnv. Asia.12(3):104-111. DOI 10.14456/ea.2019.50
Format

ABSTRACT: Storage of native forest tree seeds is essential for the development of seed-based forest restoration methods, such as direct or aerial seeding and for increasing representation of...

    • 11: 85
    • 12: 50
    • 13: 47
    • 15: 37
    • 37: 32
    • 10: 26
    • 14: 22
    • 36: 22
    • 34: 17
    • 33: 13
    • 35: 11
    • 39: 10
    • 41: 10
    • 16: 9
    • 38: 8
    • 40: 6
    • 55: 5
    • 28: 74
    • 18: 34
    • 26: 24
    • 42: 24
    • 19: 14
    • 47: 11
    • 46: 7
    • 54: 4
    • 43: 2
    • 45: 2
    • 17: 1
    • 44: 1
    • 48: 198
    • 21: 18
    • 50: 1
    • 51: 1
    • 53: 1