Oil palm root study using the mini-rhizotron technique.
The mini-rhizotron technique was used to study oil palm root turnover and ongevity. Preliminary data collected over a three-month observation period was not sufficient to determine oil palm root longevity since the total root length was not constant. Root length replacemnte was high in tertiary roots about 11 per cent more than secondary roots. Root observation has to be done over a long extened period in order to take account of the changing season that can affect root turnove and longevity. Further work is needed to determine the optima number of observation tuves to represent the soil bulk proliferated by oil palm roots.
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dig-fedepalma-123456789-846662022-08-05T10:13:23Z Oil palm root study using the mini-rhizotron technique. Mohd haniff, harun 41150, autor. aut Mohd Roslan, Md Noor 41148. Equipo. Raíz Palma de aceite The mini-rhizotron technique was used to study oil palm root turnover and ongevity. Preliminary data collected over a three-month observation period was not sufficient to determine oil palm root longevity since the total root length was not constant. Root length replacemnte was high in tertiary roots about 11 per cent more than secondary roots. Root observation has to be done over a long extened period in order to take account of the changing season that can affect root turnove and longevity. Further work is needed to determine the optima number of observation tuves to represent the soil bulk proliferated by oil palm roots. Incluye 12 referencias bibliográficas. The mini-rhizotron technique was used to study oil palm root turnover and ongevity. Preliminary data collected over a three-month observation period was not sufficient to determine oil palm root longevity since the total root length was not constant. Root length replacemnte was high in tertiary roots about 11 per cent more than secondary roots. Root observation has to be done over a long extened period in order to take account of the changing season that can affect root turnove and longevity. Further work is needed to determine the optima number of observation tuves to represent the soil bulk proliferated by oil palm roots. ©2004 text ng |
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Equipo. Raíz Palma de aceite Equipo. Raíz Palma de aceite |
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Equipo. Raíz Palma de aceite Equipo. Raíz Palma de aceite Mohd haniff, harun 41150, autor. aut Mohd Roslan, Md Noor 41148. Oil palm root study using the mini-rhizotron technique. |
| description |
The mini-rhizotron technique was used to study oil palm root turnover and ongevity. Preliminary data collected over a three-month observation period was not sufficient to determine oil palm root longevity since the total root length was not constant. Root length replacemnte was high in tertiary roots about 11 per cent more than secondary roots. Root observation has to be done over a long extened period in order to take account of the changing season that can affect root turnove and longevity. Further work is needed to determine the optima number of observation tuves to represent the soil bulk proliferated by oil palm roots. |
| format |
Texto |
| topic_facet |
Equipo. Raíz Palma de aceite |
| author |
Mohd haniff, harun 41150, autor. aut Mohd Roslan, Md Noor 41148. |
| author_facet |
Mohd haniff, harun 41150, autor. aut Mohd Roslan, Md Noor 41148. |
| author_sort |
Mohd haniff, harun 41150, autor. aut |
| title |
Oil palm root study using the mini-rhizotron technique. |
| title_short |
Oil palm root study using the mini-rhizotron technique. |
| title_full |
Oil palm root study using the mini-rhizotron technique. |
| title_fullStr |
Oil palm root study using the mini-rhizotron technique. |
| title_full_unstemmed |
Oil palm root study using the mini-rhizotron technique. |
| title_sort |
oil palm root study using the mini-rhizotron technique. |
| work_keys_str_mv |
AT mohdhaniffharun41150autoraut oilpalmrootstudyusingtheminirhizotrontechnique AT mohdroslanmdnoor41148 oilpalmrootstudyusingtheminirhizotrontechnique |
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