赤红壤区的原生植被为南亚热带季雨林，植被组成既有热带雨林成分，又有较多的亚热带植物种属。赤红壤地区现有植被结构趋势是自北向南、自东向西热带性种属增多。 赤红壤分布于北回归线两侧，纬度较低，北与西北两面高山屏障，东南面海，夏季来自海洋的暖湿气流盛行，冬季来自内陆的干冷气团多受高山阻滞而削弱，从而形成冬暖夏热、湿润多雨的优异气候条件，系同一气候带内少有的天然温室。
... Lateritic rdd soil 砖红壤性红壤 Lateritic Red Soil 赤红壤 ground water lateritic soil 潜水砖红壤性土 ...
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严重退化赤红壤 Seriously deteriorated lateritic red soil
The distribution of Latosolic red soil area is the widest in southeast coast in Fujian. It is up to (61.544 ) hectares, and accounts for 5.09% of the whole provincial area.
赤红壤是福建东南沿海分布最广的地带性土壤,面积达61.544公顷,占全省面积的5.09%,由赤红壤成土性质决定其具有强烈的淋溶作用,加上分布区雨量丰富,降雨量相对集中、人口密集等特点,导致赤红壤水土流失相当严重,生态系统极度退化。
参考来源 - 侵蚀退化赤红壤不同生态恢复措施土壤肥力的变化It was studied that graft copolymers of humic acids with acrylic acid and acrylamide affected on amelioration to the lateritic red soil.
研究了腐植酸与丙烯酸、丙烯酰胺的接枝共聚物对赤红壤改良的作用。
参考来源 - 腐植酸接枝共聚物对赤红壤改良的研究 Study of Amelioration to Lateritic Red Soil by Copolymer of Humic Acids Grafted Vinyl MonomerThe single and complex effects of Ca, K, and Zn on the sorption and phytoavailability of Cd were studied in Cd-polluted yellow brown earth and lateritic red soil, using Batch 、 Low- Pressure Centrifugal Displacement as well as standard methods.
以镉污染黄棕壤、赤红壤为对象,采用平衡法、双室法并结合常规分析方法,系统研究了钙、钾、锌单一及共存下土壤镉的吸附及植物有效性。
参考来源 - 共存阳离子对土壤镉有效性影响及其机制·2,447,543篇论文数据，部分数据来源于NoteExpress
磷酸铁是赤红壤的潜在磷源之一。
Ferric phosphate is one of the potentially phosphorous source in lateritic soils.
其中又以赤红壤和黄壤的酸化比红壤和黄棕壤明显。
Lateritic red soil and yellow soil were more evidently acidified than red soil and yellow brown soil.
赤红壤中含有酸性、中性和碱性磷酸酶，其中以酸性磷酸酶活性最强。
The acidic, neutral and alkaline phosphatases are occurred, among them, the activity of acidic phosphatase the is strongest one, and some correlations-existed in them.
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