Ramírez Hernández Blanca C, Barrios Eulogio Pimienta, Castellanos Ramos Javier Z, Muñoz Urias Alejandro, Palomino Hasbach Guadalupe, Pimienta Barrios Enrique
Departamento de Ecología, CUCBA Universidad de Guadalajara, México.
Rev Biol Trop. 2008 Jun;56(2):675-87.
Morphological, physical and chemical traits related with fruit quality characteristics of Spondias purpurea L. agroecosystems were studied in Central-West Mexico for wild and cultivated populations. Spondias purpurea regularly thrive in shallow, rocky infertile soils unsuitable for conventional crops. The weight, axial and radial length, pH, total soluble solids (SST), reducing sugars, proteins and mineral content in fruits were recorded. The mean fresh fruit weight was superior in the cultivated varieties (20 g) than in the wild (16 g). Similarly the highest values of pH, SST, reducing sugars and protein content (3.3, 12.15 degrees Brix, 0.38 g/100 g and 1.18 g/100 g, respectively) were observed in the cultivated plantations compared with wild populations (3.0, 8.31 degrees Brix, 0.24 g/100 g and 0.14 g/100 g, respectively). In cultivated plantations, productivity ranged from 0.15 ton ha(-1) to 5.0 ton ha(-1), and must be considered satisfactory, considering the low inputs of fertilizers and pesticides applied to orchards. The fruits of S. purpurea are similar in nutrimental content to more important commercial fruit species; it produces fresh fruits during the dry months of spring, when few fresh fruits are available in the local markets. In addition, S. purpurea is a source of water and food for domestic animals and wild fauna. These traits emphasize their agronomical and ecological importance for tropical and subtropical environments, where it can also be used in reforestation programs because it can grow in infertile rocky soils, and in agroecosystems inhabited by low income farmers that practice subsistence agriculture. In fact, the cultivation of Spondias has helped convert marginal lands into productive lands.
在墨西哥中西部,对野生和人工种植的紫铆果树生态系统中与果实品质特征相关的形态、物理和化学特性进行了研究。紫铆果树通常生长在不适宜传统作物生长的浅薄、多岩石的贫瘠土壤中。记录了果实的重量、轴向和径向长度、pH值、总可溶性固形物(TSS)、还原糖、蛋白质和矿物质含量。人工种植品种的平均鲜果重量(20克)高于野生品种(16克)。同样,与野生种群相比(分别为3.0、8.31°Bx、0.24克/100克和0.14克/100克),在人工种植园中观察到pH值、TSS、还原糖和蛋白质含量的最高值(分别为3.3、12.15°Bx、0.38克/100克和1.18克/100克)。在人工种植园中,产量范围为0.15吨/公顷至5.0吨/公顷,考虑到果园施用的化肥和农药投入较低,这一产量必须被认为是令人满意的。紫铆果实在营养成分上与更重要的商业水果品种相似;它在春季干旱月份生产新鲜水果,而此时当地市场上新鲜水果很少。此外,紫铆果是家畜和野生动物的水源和食物来源。这些特性强调了它们在热带和亚热带环境中的农艺和生态重要性,在这些环境中,由于它能在贫瘠的岩石土壤中生长,它还可用于造林计划,并且在从事自给农业的低收入农民居住的农业生态系统中也有应用。事实上,紫铆果的种植有助于将边际土地转变为生产性土地。