Library

Publications

21: Auto-monitoring wildlife recovery

Publication date2020
Editors(s)Elliott S., G, Gale & M. Robertson
PublisherFORRU-CMU

ABSTRACT: Wildlife monitoring during forest restoration addresses such questions as: What species re-colonize or disappear from restored areas? How many individuals are present? What are the...

22: Smart seed for automated forest restoration.

Publication date2020
Author(s)Pedrini, S., D. Merritt & K. Dixon
Editors(s)Elliott S., G, Gale & M. Robertson
PublisherFORRU-CMU

ABSTRACT: Aerial seeding may be an effective way to restore forest ecosystems on inaccessible or remote sites; it has been used for almost 80 years in agriculture and now is a widespread practice...

23: Allelopathy for weed management in forest restoration

Publication date2020
Author(s)Intanon, S. & H. Sangsupan
Editors(s)Elliott S., G, Gale & M. Robertson
PublisherFORRU-CMU

ABSTRACT: In forest restoration, weeds compete with tree seedlings for water, nutrients, sunlight and space, as well as act as habitat for pests and diseases. Allelopathy - the inhibition of one...

24: Developing aerial seeding by UAVs: lessons from direct seeding

Publication date2020
Author(s)Shannon, D. P. & S. Elliott
Editors(s)Elliott S., G, Gale & M. Robertson
PublisherFORRU-CMU

ABSTRACT: Direct seeding means sowing the seeds of forest tree species directly into the substrate of restoration sites. It is cheaper than conventional tree planting, but seed predation is high...

25: Applications of remote sensing for tropical forest restoration: challenges and opportunities

Publication date2020
Author(s)Frame, D. & C. Garzon-Lopez
Editors(s)Elliott S., G, Gale & M. Robertson
PublisherFORRU-CMU

ABSTRACT: The tremendous physical and material efforts, required to accurately assess forest degradation and to plan and monitor vegetation recovery using conventional ground surveys, often limit...

26: Forest restoration: concepts and the potential for its automation

Publication date2020
PublisherFORRU-CMU

ABSTRACT: In 2014, the UN New York Climate Summit set a goal to restore forest to 350 million hectares of degraded land by 2030, to counter climate change. Conventional tree-planting with human...

27: Automated Forest Restoration: Could Robots Revive Rain Forests?

Publication date2020
Editors(s)Elliott, S., G. Gale & M. Robertson
PublisherFORRU-CMU
Format

Now available as printed book. Please click on CONTACT US tab if you would like one.  The proceedings of a brainstorming workshop - "Automated Forest Restoration; Could Robots Revive Rain...

28: 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,...

29: Genetic assessment of three Fagaceae species in forest restoration trials

Publication date2019
Author(s)Thongkumkoon P, S. Chomdej. J. Kampuansai, W. Pradit, P. Waikham, S. Elliott, S. Chairuangsri, D. P. Shannon, P. Wangpakapattanawong & A. Liu
PublisherPeer J. 7: E6958 http://doi.org/10.7717/peerj.6958
Format

ABSTRACT: Restoring isolated patches of forest ecosystems in degraded landscapes could potentially lead to inbreeding, leading to loss of genetic variability among small populations of planted...

30: The interface between forest science and policy—a review of the IUFRO international and multidisciplinary scientific conference 4–7 October 2016: forestry-related policy and governance: analyses in the environmental social sciences

Publication date2018
Author(s)Elliott, S
PublisherThe Siam Society, Nat. Hist. Bull. Siam Soc. 63(1):1-10
Format

ABSTRACT: This commentary uses the experience of attending the “Multidisciplinary Scientific Conference on Forestry-related Policy and Governance” to contrast the lack of progress with...

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