Moreover, soybean monocropping, associated with continuous tillage, ha terjemahan - Moreover, soybean monocropping, associated with continuous tillage, ha Bahasa Indonesia Bagaimana mengatakan

Moreover, soybean monocropping, ass

Moreover, soybean monocropping, associated with continuous tillage, has increased diseases, pests, nutrient disorder, soil erosion, and fertility loss, causing negative impact on the environment and on the economics of farming. Crop rotation and double cropping are the logical alternative, which has started in the Cerrado region since the late 1980s. The advantage of the soybean-maize rotation has already been reported (Araujo et al., 1989).
In a crop rotation experiment, Vasconcellos et al. (1989) evaluated the dry matter production and nutrient yield of different cropping systems. Inclusion of legume green manure either solely or intercropped with maize can recycle large amounts of nutrients and provide additional N by biological ixation. Higher yields for maize were obtained in rotation with soybeans, in addition to its positive nutrient recycling and nematode control.
Besides the adoption of reduced tillage practices, the cultivation of crops and cover crops (especially legumes) with high potential for C-biomass addition is another prerequisite for SOC accumulation (Sisti et al., 2004). Bayer et al. (2006a) and Diekow et al. (2005a) observed that soils subjected to NT management for long periods under low-addition cropping systems did not accumulate SOC, although NT legume-based cropping systems showed SOC accumulation rates of about 0.8 Mg ha–1 yr –1.
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Moreover, soybean monocropping, associated with continuous tillage, has increased diseases, pests, nutrient disorder, soil erosion, and fertility loss, causing negative impact on the environment and on the economics of farming. Crop rotation and double cropping are the logical alternative, which has started in the Cerrado region since the late 1980s. The advantage of the soybean-maize rotation has already been reported (Araujo et al., 1989).
In a crop rotation experiment, Vasconcellos et al. (1989) evaluated the dry matter production and nutrient yield of different cropping systems. Inclusion of legume green manure either solely or intercropped with maize can recycle large amounts of nutrients and provide additional N by biological ixation. Higher yields for maize were obtained in rotation with soybeans, in addition to its positive nutrient recycling and nematode control.
Besides the adoption of reduced tillage practices, the cultivation of crops and cover crops (especially legumes) with high potential for C-biomass addition is another prerequisite for SOC accumulation (Sisti et al., 2004). Bayer et al. (2006a) and Diekow et al. (2005a) observed that soils subjected to NT management for long periods under low-addition cropping systems did not accumulate SOC, although NT legume-based cropping systems showed SOC accumulation rates of about 0.8 Mg ha–1 yr –1.
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Selain itu, monocropping kedelai, terkait dengan persiapan lahan terus menerus, telah meningkatkan penyakit, hama, gangguan nutrisi, erosi tanah, dan hilangnya kesuburan, menyebabkan dampak negatif terhadap lingkungan dan ekonomi pertanian. Rotasi tanaman dan ganda tanam adalah alternatif yang logis, yang telah dimulai di wilayah Cerrado sejak akhir 1980-an. Keuntungan dari rotasi kedelai-jagung telah dilaporkan (Araujo et al., 1989).
Dalam sebuah percobaan rotasi tanaman, Vasconcellos et al. (1989) mengevaluasi produksi materi dan nutrisi hasil kering sistem tanam yang berbeda. Pencantuman pupuk hijau legum baik secara sendiri maupun tumpangsari dengan jagung dapat mendaur ulang sejumlah besar nutrisi dan memberikan N tambahan dengan ixation biologis. Hasil yang lebih tinggi untuk jagung diperoleh secara bergilir dengan kedelai, selain daur ulang nutrisi dan nematoda kontrol positif.
Selain penerapan berkurang persiapan lahan praktek, budidaya tanaman dan tanaman penutup tanah (terutama kacang-kacangan) dengan potensi tinggi untuk penambahan C-biomassa prasyarat lain untuk akumulasi SOC (Sisti et al., 2004). Bayer et al. (2006a) dan Diekow et al. (2005a) mengamati bahwa tanah mengalami manajemen NT untuk waktu yang lama di bawah sistem tanam rendah Selain tidak menumpuk SOC, meskipun sistem tanam berbasis legum NT menunjukkan tingkat akumulasi SOC sekitar 0,8 Mg ha-1 tahun -1.
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