Field experiments in Papua New Guinea have shown strong effects of fertilizer type and placement on soil acidification in oil palm plantations—a potential degradation issue that may eventually have an adverse effect on yields. However, measurements at four sites in Indonesia show that relatively high yields are possible on soils with a low pH, and that best management practices can actually increase pH at low values. It is concluded that current pH levels in major growing areas of oil palm in Southeast Asia can be managed such that they do not prevent relatively high oil palm yields
International audienceOrganic fertilizers improve soil fertility in oil palm plantations, based on s...
High fertilizer input is necessary to sustain high yields in oil palm agroecosystems, but it may end...
High fertilizer input is necessary to sustain high yields in oil palm agroecosystems, but it may end...
Soil acidification is a widespread degradation problem, but little information is available for oil ...
As global demand for edible oil increases, palm oil-producing countries in Southeast Asia are experi...
Soil acidification is a worldwide concern with many cropping systems where nitrogen fertilisers are ...
Acidification of soil occurs in most environments, including unmodified natural environments. Howeve...
Since the first large-scale plantations were established in Sumatra in the early 1900s, oil palm has...
Since the first large-scale plantations were established in Sumatra in the early 1900s, oil palm has...
Impacts of palm oil industry expansion on biodiversity and greenhouse gas emissions might be mitigat...
Soil acidity is one of the main factors that limit profitable and sustained agricultural production....
East Kalimantan is a region that contributes to palm oil production. Industrial development in the a...
Identifying optimal fertilizer management to ensure high nutrient use efficiency is important to red...
Draining non-calcareous pyritic material, which commonly occurs in recent marine and estuarine depos...
The study aimed to assess soil biochemical properties and nutrient leaching in palm oil plantation. ...
International audienceOrganic fertilizers improve soil fertility in oil palm plantations, based on s...
High fertilizer input is necessary to sustain high yields in oil palm agroecosystems, but it may end...
High fertilizer input is necessary to sustain high yields in oil palm agroecosystems, but it may end...
Soil acidification is a widespread degradation problem, but little information is available for oil ...
As global demand for edible oil increases, palm oil-producing countries in Southeast Asia are experi...
Soil acidification is a worldwide concern with many cropping systems where nitrogen fertilisers are ...
Acidification of soil occurs in most environments, including unmodified natural environments. Howeve...
Since the first large-scale plantations were established in Sumatra in the early 1900s, oil palm has...
Since the first large-scale plantations were established in Sumatra in the early 1900s, oil palm has...
Impacts of palm oil industry expansion on biodiversity and greenhouse gas emissions might be mitigat...
Soil acidity is one of the main factors that limit profitable and sustained agricultural production....
East Kalimantan is a region that contributes to palm oil production. Industrial development in the a...
Identifying optimal fertilizer management to ensure high nutrient use efficiency is important to red...
Draining non-calcareous pyritic material, which commonly occurs in recent marine and estuarine depos...
The study aimed to assess soil biochemical properties and nutrient leaching in palm oil plantation. ...
International audienceOrganic fertilizers improve soil fertility in oil palm plantations, based on s...
High fertilizer input is necessary to sustain high yields in oil palm agroecosystems, but it may end...
High fertilizer input is necessary to sustain high yields in oil palm agroecosystems, but it may end...