Geospatial technology application: rubber clones tree canopy and leaf fall monitoring using sentinel-2 time series satelite data

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Plant propagation and growth

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MRB Rubber Technology Developments (MRTD)

2023

Geospatial technology application: rubber clones tree canopy and leaf fall monitoring using sentinel-2 time series satelite data

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ATTACHMENT01	Article	1 MB	Adobe Acrobat PDF
MARCXML	Geospatial technology application: rubber clones tree canopy and leaf fall monitoring using sentinel-2 time series satelite data	3 KB	XML Document

Title: Geospatial technology application: rubber clones tree canopy and leaf fall monitoring using sentinel-2 time series satelite data
Creator: Mohd Hafiz Mohd Hazir
Creator: Mohd Ashraf Ramli
Creator: Syahrul Nizam Che Hat
Creator: Khairul Ariffin Suib
Creator: Muhammad Rafi Abd Ghani
Creator: Shahrir Mohd Salleh
Creator: Shaardan Sharif
Contributor: Rosazimah Harun
Contributor: Nor Faezah Bt. Ismail
Subject: PRRIM
Subject: MRB Rubber Technology Development
Subject: Plant propagation and growth
Date: 2023-07-18 |2023-07-18 |2001–1 |2023 | | | | | | |
Date: 2023
Publisher: Kuala Lumpur: Malaysian Rubber Board
Description: Hevea brasiliensis is an important species of the Hevea family that produces valuable natural rubber with commercial value. This natural rubber is then processed into various products that benefit people in many areas. In 2021, Malaysia produced approximately 470,000 tonnes of rubber from an estimated 1.14 million hectares of planted rubber trees. Rubber trees last for 25 years and produce latex economically before the need to be replanted. The tree canopy is important because it determines the health and productivity of the tree. Photosynthesis and water absorption are reflected from the leaves. A healthy canopy means a high probability of high productivity. However, monitoring the canopies of perennial trees such as H.brasiliensis is difficult because mature rubber trees can easily exceed 10 meters in height and under unfavourable conditions, rubber trees defoliate their leaves as part of their defence or adaptation mechanism.

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collection(s): 2023
Identifier: 1675-0373
Identifier: valet-20230718-085833
Identifier: vital1:98520
Format: Adobe Acrobat PDFAdobe Acrobat PDF
Coverage: 2023, , ,
Language: EN
Relation: 23, 1, -, 98, 106
Relation: MRB Rubb Technol Dev 2023 23(1):98-106
Rights: Yes|No
Type: Article
Source: MRB Rubber Technology Development
Source: RRIM/LGM

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Mohd Hafiz Mohd Hazir, Mohd Ashraf Ramli, Syahrul Nizam Che Hat, Khairul Ariffin Suib, Muhammad Rafi Abd Ghani, Shahrir Mohd Salleh, Shaardan Sharif. Kuala Lumpur: Malaysian Rubber Board; 2023-07-18 |2023-07-18 |2001–1 |2023 | | | | | | |. Geospatial technology application: rubber clones tree canopy and leaf fall monitoring using sentinel-2 time series satelite data.

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2023

Geospatial technology application: rubber clones tree canopy and leaf fall monitoring using sentinel-2 time series satelite data

VITAL Repository 5.2