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Showing publications 1 to 8 out of 8 found.

1: Selecting suitable tree species for direct seeding to restore forest ecosystems in northern Thailand

Publication date09 Apr 2024
Author(s)Naruangsri, K, W. Pathom-aree, S. Elliott & P. Tiansawat
PublisherForests (MDPI)
Format

ABSTRACT: To upscale restoration of tropical forest ecosystems, direct seeding—sowing seeds directly into the ground—is potentially more cost-effective than tree planting. However, its success is...

2: Differential seed removal, germination and seedling growth as determinants of species suitability for forest restoration by direct seeding – A case study from northern Thailand

Publication date16 Aug 2023
Author(s)Naruangsri, K., P. Tiansawat, S. Elliott
PublisherForest Ecosystems
Format

ABSTRACT: Direct seeding is potentially a more cost-effective alternative to conventional tree planting for restoring tropical forest ecosystems. However, seed loss, due to removal and damage by...

3: 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...

4: Sowing time and direct seeding success of native tree species for restoring tropical forest ecosystems in northern Thailand

Publication date2019
Author(s)Waiboonya, P. & S. Elliott
PublisherNew Forests:  81-99. https://doi.org/10.1007/s11056-019-09720-1
Format

ABSTRACT: Direct seeding (sowing seeds directly into ground) is potentially a cost-effective method of forest restoration that could replace or complement conventional tree planting, under certain...

5: Pre-dispersal seed predators and fungi differ in their effect on Luehea seemannii capsule development, seed germination and dormancy across two Panamanian forests  

Publication date2017
Author(s)Tiansawat, P., N.G. Beckman & J.W. Dalling
PublisherBiotropica 49(6):871-880
Format

Pre-dispersal seed predation can greatly reduce crop size affecting recruitment success. In addition, non-fatal damage by seed predators may allow infection by fungi responsible for post-dispersal...

6: Effectiveness of direct seeding for forest restoration on severely degraded land in Lampang Province, Thailand

Publication date2014
Author(s)Hossain F., S. Elliott, and S. Chairuangsri
PublisherScientific Research Publishing, Open Journal of Forestry 4(5)
Format

ABSTRACT: This study tested the effectiveness of direct seeding to establish framework tree species, for restoring forest ecosystems on an opencast lignite mine in Lampang Province, Thailand. A...

7: Effects of seed traits on the success of direct seeding for restoring southern Thailand’s lowland evergreen forest ecosystem

Publication date2012
Author(s)Tunjai, P. & S. Elliott
PublisherSpringer, New Forests 43:319-333. DOI 10.1007/s11056-011-9283-7
Format

ABSTRACT: The success of direct seeding, as a low-cost approach to forest restoration, varies with tree species and seed characteristics. A system to predict which tree species are likely to be...

8: Direct seeding for forest restoration on abandoned agricultural land in northern Thailand

Publication date2004
Author(s)Woods, K. & S. Elliott
PublisherJ. Trop. For. Sci., 16(2):248-259
Format

ABSTRACT: Seed predation and desiccation present major limitations to the use of direct seeding as an efficient forest restoration technique. The study presented here tested the hypotheses that...

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