IMPACT OF TECHNOLOGY ADOPTION MANAG

IMPACT OF TECHNOLOGY ADOPTION MANAGEMENT INTEGRATED PLANT (PTT) RICE FIELD ON RICE FARMERS empowerment PRIMA TANI PROGRAM TO PERFORM IN WEST SUMATRA

SUMMARY
Agricultural technology innovation is needed to increase production capacity and productivity, so as to spur the growth of not only production, but also can improve competitiveness. An understanding of technological innovation through a mental process of the individual stages of the farmer to take the decision to adopt it.
Great progress has been achieved in the rural agricultural development in Indonesia and physically can be amended from time to time. However, we can not turn a blind eye to the various setbacks, mainly related to the adoption of technological innovation and well-being of rural communities, in addition to the agricultural development program has been highly centralized and tend to be top-down, low community self-reliance and the potential that exists in the end be no develops.
Empowerment of farming communities through the dissemination of research results and assessment as well as the speed of adoption of the technology is a decisive factor in supporting the pace of agricultural development. Various causes of the low level of adoption of technological innovations by the farm community, either from within or from outside the farmer's own self-farmer.
Based on the fact that the slowdown in the speed of adoption of technological innovations, mainly due to the ineffectiveness of subsystem segment of the supply chain, then IAARD launched Pioneer Program Agricultural Innovation Acceleration Corrections (Prima Tani) that was launched since 2005. Prima Tani is a program IAARD to speed up the delivery and development of technological innovation and institutional innovation to the user, especially in the rural farming community.
Dissemination expanded by implementing a pilot development and agribusiness systems based on innovative technology and the provision of decentralized basic technology as an initiative for pioneering technology correctional generated IAARD.
West Sumatra Province has several agricultural sector commodities. For the agricultural sector commodity is food crop sub-sector with a strategic commodity rice with the adoption of technological innovations in the Integrated Crop Management (ICM) of paddy.
Prima Tani program has been implemented in West Sumatra since the year 2005-2007 in two locations, at ten locations in 2007-2008 and in 2007-2009 only at six locations. The application of agricultural technology innovation focused on selected commodities, namely commodity dominant area of ​​paddy.
This program has ended and has performed handover to local governments. Various community empowerment have been conducted in this area that leads people to become self-sufficient include independence of thought, action, and control what they do. Target is the empowerment of local governments and related agencies as well as the entire farming community in the area of ​​Prima Tani location.
The end result of development activities through the dissemination of technology is the level of technology implementation that have been disseminated to farmers. At the post-implementation Prima Tani program can be seen conditions commodity technology adoption rate of paddy is the condition level of technology implementation by farmers with recommended technology package or recommended technology.
Knowledgeable level of technology adoption, the adoption rate of the technology component is still weak and the feedback can be a top priority if the level of development and adoption of improved technologies, the impact on the results of his farm and leads to an increase in farmer community empowerment.
Based on the description above issues, a fundamental question arises is whether the application of technological innovation continues introduced by measuring the rate of technology adoption farmers, the level of empowerment of farmers and the impact of technology adoption level of farmers to the level of empowerment of farmers implementing Prima Tani program in West Sumatra,
This study aims to assess the level of adoption of technological innovations PTT paddy field, assess the effect of individual factors and environmental farmer, knowing the level of empowerment of farmers PTT paddy rice as well as assessing the impact of the rate of adoption of technology PTT rice paddy to the empowerment of farmers.
This study was conducted using descriptive analysis method on three research sites that carry rice paddy PTT technology innovation that is Nagari lareh Nan Long, District VII Koto Sungai Sarik, Padang Pariaman district, Nagari Koto Baru Simalanggang, Payakumbuh District, District Fifty State and in Nagari Muaro Bodi, District IV Nagari, Sijunjung district. The choice of location research done purposively. Total number of farmer respondents were 308 people. To determine the level of technology adoption PTT Rice weighted using engineering models. At each activity the application of technology used maximum weight based determinants (Impact Point). To determine the level of farmer empowerment (intellectual independence, material, management) by using a Likert scale. Way classification level of technology adoption and empowerment are divided into 3 categories (classes), low, medium and high. The end result of the data collection form a complete picture of the issues presented in the form of tables of data and variables were analyzed quantitatively, quantitative analysis using regression test tool bereganda.
The rate of technology adoption ICM (Integrated Crop Management) application level paddy rice is paddy rice PTT technology component that emphasizes the management of plants, soil, water, and pests in an integrated manner. Integrated Crop Management or paddy rice PTT aims to increase crop productivity in terms of yield and quality through the application of appropriate technologies to local conditions (specific location) as well as protecting the environment.
Results of research on the level of adoption of technology PTT rice paddy farmers executor executed Prima Tani program at three locations in West Sumatra include technology components penanganann rice seed, a good seedbed technology component, component technology and governance means planting rice seed, balanced fertilization technology components, intermittent irrigation technology component, the component technologies of plant protection and pest and disease management technology components of a good harvest and post-harvest.
Distribution PTT adoption rate in total paddy rice farmers implementing Prima Tani program in West Sumatra can be seen at the entrance to the medium category, it shows that the rate of technology adoption PTT paddy rice is still not optimal achievements by the farmers, the farmers are still not convinced and have not realized the advantages technology PTT rice paddy fields so that components are not fully applied technology and there are still farmers who re-apply the technology that they previously controlled.
The achievement level of technology adoption PTT paddy rice obtained achievements total adoption rate of technology adoption PTT paddy rice showed levels in the medium category, applicable in virtually all technology components except PTT paddy rice in the technology component as well as harvest and post-harvest technology components including the use of seeds on the high category , But on average, the total distribution of PTT technology adoption rate of paddy rice in the medium category.
In each of the component technologies vary the level of application in almost all the achievements of scores of technology components. The most high-tech components of the achievements of the total level of adoption is a component of harvest and post-harvest technologies Achievement of an indicator component harvest and post-harvest technology in all indicators of technology in the medium category, except the indicator of drying time, the way of drying and storage of grain entering the high category. Components harvest and post-harvest technology adoption rate in total is higher than the other components because the technology is normally done by the farmer and the process is easy and uncomplicated, but its application still need for improvement because it is still relatively far from the recommended technology, thus losing the results after harvest will be reduced and the quality of the grain can be increased, accompanied by a good price.
The second component of the total technology achievement is the adoption rate of the technology component of rice seeds in the category of high-technology components consist of indicators rice varieties and the use of quality rice seed. The technology component is expected farmers in anticipation of pests and diseases and to increase rice production. The use of quality seed varieties and very influential directly to harvest so farmers are very response to this original sense of the rice according to the tastes of the market and high economic value.
Then the technology components that ranked third in total rate of adoption is the seedbed rice seeds into the category of being, where farmers adopted the technology is not yet fully so that the low level of the quality of the seed to be planted, improper treatment will technically affect the level of resistance of the good seed from pests and the disease is also on the level of loss of seeds after planting, so that it can reduces insertion time seed has been planted.
Component technologies and procedures planting means the total level of adoption is still moderate category, it is suspected technological manner and procedure of planting a new thing for farmers, farmers usually do rice planting grafts, after the recommended planting rice legowo that requires skill and understanding of the advantages of the system This legowo planting. Besides, the amount of rice seeds per hole planted too bekurang of which ar

Hasil (Bahasa Indonesia) 1:

DAMPAK dari teknologi adopsi manajemen terpadu tanaman (PTT) petani padi PADI FIELD pada pemberdayaan PRIMA TANI PROGRAM untuk melakukan di Sumatera BaratRINGKASANInovasi teknologi pertanian yang diperlukan untuk meningkatkan kapasitas produksi dan produktivitas, sehingga memacu pertumbuhan tidak hanya produksi, tetapi juga dapat meningkatkan daya saing. Pemahaman tentang inovasi teknologi melalui proses mental dari tahap-tahap individu petani untuk mengambil keputusan untuk mengadopsi itu.Kemajuan besar telah dicapai dalam pembangunan pertanian pedesaan di Indonesia dan secara fisik dapat diubah dari waktu ke waktu. Namun, kita bisa tidak berubah menutup mata terhadap berbagai kemunduran, terutama terkait dengan adopsi inovasi teknologi dan kesejahteraan masyarakat pedesaan, selain program pengembangan pertanian telah sangat terpusat dan cenderung kemandirian masyarakat atas ke bawah, rendah dan potensi yang ada pada akhirnya menjadi tidak berkembang.Pemberdayaan masyarakat melalui diseminasi hasil penelitian dan penilaian serta kecepatan adopsi teknologi petani adalah faktor yang menentukan dalam mendukung laju pembangunan pertanian. Berbagai penyebab rendahnya tingkat adopsi inovasi teknologi oleh masyarakat pertanian, baik dari dalam atau dari luar diri petani petani sendiri.Didasarkan pada kenyataan bahwa penurunan kecepatan adopsi inovasi teknologi, terutama karena ketidakefektifan subsistem segmen rantai pasokan, kemudian Litbang meluncurkan Pioneer Program Pertanian inovasi percepatan koreksi (Prima Tani) yang diluncurkan sejak tahun 2005. Prima Tani adalah program Litbang untuk mempercepat pengiriman dan pengembangan inovasi teknologi dan inovasi kelembagaan kepada pengguna, khususnya di komunitas pertanian pedesaan.Penyebaran diperluas dengan menerapkan perkembangan pilot dan sistem agribisnis yang didasarkan pada teknologi inovatif dan penyediaan teknologi dasar desentralisasi sebagai inisiatif untuk perintis teknologi pemasyarakatan dihasilkan badan Litbang Pertanian.Provinsi Sumatera Barat memiliki beberapa sektor pertanian komoditi. Untuk sektor pertanian komoditi adalah makanan tanaman sub sektor dengan nasi komoditas strategis dengan adopsi teknologi inovasi dalam pengelolaan Tanaman Terpadu (PTT) Padi.Program prima Tani telah dilaksanakan di Sumatera Barat sejak tahun 2005-2007 di dua lokasi, di sepuluh lokasi di 2007-2008 dan 2007-2009 hanya di enam lokasi. Penerapan inovasi teknologi pertanian yang difokuskan pada komoditas yang dipilih, yaitu komoditas dominan daerah pada gabah.This program has ended and has performed handover to local governments. Various community empowerment have been conducted in this area that leads people to become self-sufficient include independence of thought, action, and control what they do. Target is the empowerment of local governments and related agencies as well as the entire farming community in the area of ​​Prima Tani location.The end result of development activities through the dissemination of technology is the level of technology implementation that have been disseminated to farmers. At the post-implementation Prima Tani program can be seen conditions commodity technology adoption rate of paddy is the condition level of technology implementation by farmers with recommended technology package or recommended technology.Knowledgeable level of technology adoption, the adoption rate of the technology component is still weak and the feedback can be a top priority if the level of development and adoption of improved technologies, the impact on the results of his farm and leads to an increase in farmer community empowerment.Based on the description above issues, a fundamental question arises is whether the application of technological innovation continues introduced by measuring the rate of technology adoption farmers, the level of empowerment of farmers and the impact of technology adoption level of farmers to the level of empowerment of farmers implementing Prima Tani program in West Sumatra,This study aims to assess the level of adoption of technological innovations PTT paddy field, assess the effect of individual factors and environmental farmer, knowing the level of empowerment of farmers PTT paddy rice as well as assessing the impact of the rate of adoption of technology PTT rice paddy to the empowerment of farmers.This study was conducted using descriptive analysis method on three research sites that carry rice paddy PTT technology innovation that is Nagari lareh Nan Long, District VII Koto Sungai Sarik, Padang Pariaman district, Nagari Koto Baru Simalanggang, Payakumbuh District, District Fifty State and in Nagari Muaro Bodi, District IV Nagari, Sijunjung district. The choice of location research done purposively. Total number of farmer respondents were 308 people. To determine the level of technology adoption PTT Rice weighted using engineering models. At each activity the application of technology used maximum weight based determinants (Impact Point). To determine the level of farmer empowerment (intellectual independence, material, management) by using a Likert scale. Way classification level of technology adoption and empowerment are divided into 3 categories (classes), low, medium and high. The end result of the data collection form a complete picture of the issues presented in the form of tables of data and variables were analyzed quantitatively, quantitative analysis using regression test tool bereganda.The rate of technology adoption ICM (Integrated Crop Management) application level paddy rice is paddy rice PTT technology component that emphasizes the management of plants, soil, water, and pests in an integrated manner. Integrated Crop Management or paddy rice PTT aims to increase crop productivity in terms of yield and quality through the application of appropriate technologies to local conditions (specific location) as well as protecting the environment.Results of research on the level of adoption of technology PTT rice paddy farmers executor executed Prima Tani program at three locations in West Sumatra include technology components penanganann rice seed, a good seedbed technology component, component technology and governance means planting rice seed, balanced fertilization technology components, intermittent irrigation technology component, the component technologies of plant protection and pest and disease management technology components of a good harvest and post-harvest.Distribution PTT adoption rate in total paddy rice farmers implementing Prima Tani program in West Sumatra can be seen at the entrance to the medium category, it shows that the rate of technology adoption PTT paddy rice is still not optimal achievements by the farmers, the farmers are still not convinced and have not realized the advantages technology PTT rice paddy fields so that components are not fully applied technology and there are still farmers who re-apply the technology that they previously controlled.The achievement level of technology adoption PTT paddy rice obtained achievements total adoption rate of technology adoption PTT paddy rice showed levels in the medium category, applicable in virtually all technology components except PTT paddy rice in the technology component as well as harvest and post-harvest technology components including the use of seeds on the high category , But on average, the total distribution of PTT technology adoption rate of paddy rice in the medium category.In each of the component technologies vary the level of application in almost all the achievements of scores of technology components. The most high-tech components of the achievements of the total level of adoption is a component of harvest and post-harvest technologies Achievement of an indicator component harvest and post-harvest technology in all indicators of technology in the medium category, except the indicator of drying time, the way of drying and storage of grain entering the high category. Components harvest and post-harvest technology adoption rate in total is higher than the other components because the technology is normally done by the farmer and the process is easy and uncomplicated, but its application still need for improvement because it is still relatively far from the recommended technology, thus losing the results after harvest will be reduced and the quality of the grain can be increased, accompanied by a good price.The second component of the total technology achievement is the adoption rate of the technology component of rice seeds in the category of high-technology components consist of indicators rice varieties and the use of quality rice seed. The technology component is expected farmers in anticipation of pests and diseases and to increase rice production. The use of quality seed varieties and very influential directly to harvest so farmers are very response to this original sense of the rice according to the tastes of the market and high economic value.Then the technology components that ranked third in total rate of adoption is the seedbed rice seeds into the category of being, where farmers adopted the technology is not yet fully so that the low level of the quality of the seed to be planted, improper treatment will technically affect the level of resistance of the good seed from pests and the disease is also on the level of loss of seeds after planting, so that it can reduces insertion time seed has been planted.Component technologies and procedures planting means the total level of adoption is still moderate category, it is suspected technological manner and procedure of planting a new thing for farmers, farmers usually do rice planting grafts, after the recommended planting rice legowo that requires skill and understanding of the advantages of the system This legowo planting. Besides, the amount of rice seeds per hole planted too bekurang of which ar

Hasil (Bahasa Indonesia) 2:

DAMPAK MANAJEMEN TEKNOLOGI PENERAPAN TANAMAN TERPADU (PTT) SAWAH DI pemberdayaan BERAS PETANI PRIMA TANI PROGRAM TAMPIL DI SUMATERA BARAT RINGKASAN inovasi teknologi pertanian yang dibutuhkan untuk meningkatkan kapasitas produksi dan produktivitas, sehingga dapat memacu pertumbuhan tidak hanya produksi, tetapi juga dapat meningkatkan daya saing. Pemahaman tentang inovasi teknologi melalui proses mental tahap individu petani untuk mengambil keputusan untuk mengadopsi itu. kemajuan besar telah dicapai dalam pembangunan pertanian pedesaan di Indonesia dan secara fisik dapat diubah dari waktu ke waktu. Namun, kita tidak bisa menutup mata terhadap berbagai kemunduran, terutama yang berkaitan dengan adopsi inovasi teknologi dan kesejahteraan masyarakat pedesaan, di samping program pembangunan pertanian telah sangat terpusat dan cenderung top-down, rendah kemandirian masyarakat dan potensi yang ada pada akhirnya tidak ada berkembang. Pemberdayaan masyarakat petani melalui diseminasi hasil penelitian dan pengkajian serta kecepatan adopsi teknologi merupakan faktor yang menentukan dalam mendukung laju pembangunan pertanian. Berbagai penyebab rendahnya tingkat adopsi inovasi teknologi oleh masyarakat pertanian, baik dari dalam maupun dari luar petani sendiri diri petani. Berdasarkan fakta bahwa perlambatan kecepatan adopsi inovasi teknologi, terutama karena ketidakefektifan segmen subsistem dari rantai pasokan, maka Badan Litbang Pertanian meluncurkan Pioneer Program Inovasi Pertanian Percepatan dan koreksi (Prima Tani) yang diluncurkan sejak tahun 2005. Prima Tani adalah program Badan Litbang Pertanian untuk mempercepat pengiriman dan pengembangan inovasi teknologi dan inovasi kelembagaan untuk pengguna, terutama di masyarakat petani pedesaan. Diseminasi diperluas dengan menerapkan pengembangan pilot dan sistem agribisnis berbasis teknologi inovatif dan penyediaan teknologi dasar terdesentralisasi sebagai inisiatif untuk merintis teknologi pemasyarakatan yang dihasilkan Badan Litbang Pertanian. Provinsi Sumatera Barat memiliki beberapa komoditas sektor pertanian. Untuk sektor pertanian komoditas tanaman pangan sub-sektor dengan beras komoditas strategis dengan adopsi inovasi teknologi dalam Pengelolaan Tanaman Terpadu (PTT) padi. ​​Program Prima Tani telah dilaksanakan di Sumatera Barat sejak tahun 2005-2007 di dua lokasi, di sepuluh lokasi pada tahun 2007-2008 dan tahun 2007-2009 hanya pada enam lokasi. Penerapan inovasi teknologi pertanian difokuskan pada komoditas yang dipilih, yaitu komoditas daerah yang dominan padi. ​​Program ini telah berakhir dan telah dilakukan serah terima kepada pemerintah daerah. Berbagai pemberdayaan masyarakat telah dilakukan di daerah ini yang menyebabkan orang untuk menjadi mandiri meliputi kemandirian berpikir, tindakan, dan mengontrol apa yang mereka lakukan. Target adalah pemberdayaan pemerintah daerah dan instansi terkait serta masyarakat petani seluruh di wilayah Prima Tani lokasi. Hasil akhir dari kegiatan pembangunan melalui penyebaran teknologi tingkat penerapan teknologi yang telah disebarluaskan kepada petani . Di pos-pelaksanaan program Prima Tani dapat dilihat tingkat adopsi kondisi teknologi komoditas padi adalah tingkat kondisi penerapan teknologi oleh petani dengan paket teknologi direkomendasikan atau teknologi direkomendasikan. tingkat Diketahuinya adopsi teknologi, tingkat adopsi komponen teknologi masih lemah dan umpan balik dapat menjadi prioritas utama jika tingkat pengembangan dan adopsi teknologi ditingkatkan, dampak pada hasil pertanian dan menyebabkan peningkatan pemberdayaan masyarakat petani. Berdasarkan uraian di atas masalah, pertanyaan mendasar muncul adalah apakah penerapan inovasi teknologi terus diperkenalkan dengan mengukur tingkat petani adopsi teknologi, tingkat pemberdayaan petani dan dampak tingkat adopsi teknologi petani dengan tingkat pemberdayaan petani melaksanakan program Prima Tani di Sumatera Barat, studi ini bertujuan untuk menilai tingkat adopsi inovasi teknologi sawah PTT, menilai pengaruh faktor individu dan lingkungan petani, mengetahui tingkat pemberdayaan petani PTT padi serta menilai dampak dari tingkat adopsi teknologi PTT padi untuk pemberdayaan petani. Penelitian ini dilakukan dengan menggunakan metode analisis deskriptif di situs tiga penelitian yang membawa padi PTT inovasi teknologi yang Nagari Nan Panjang lareh, Kecamatan VII Koto Sungai Sarik, Kabupaten Padang Pariaman, Nagari Koto Baru Simalanggang, Kecamatan Payakumbuh, Kabupaten Lima puluh Negara dan di Nagari Muaro Bodi, Kecamatan IV Nagari, Kabupaten Sijunjung. Pemilihan lokasi penelitian dilakukan secara purposive. Total jumlah responden petani yang 308 orang. Untuk menentukan tingkat adopsi teknologi PTT Padi tertimbang menggunakan model rekayasa. Pada setiap kegiatan penerapan teknologi yang digunakan penentu berdasarkan Berat maksimum (Impact Point). Untuk mengetahui tingkat pemberdayaan petani (kemandirian intelektual, material, manajemen) dengan menggunakan skala Likert. Tingkat klasifikasi cara adopsi teknologi dan pemberdayaan dibagi menjadi 3 kategori (kelas), rendah, sedang dan tinggi. Hasil akhir pendataan membentuk gambaran lengkap dari isu-isu yang disajikan dalam bentuk tabel data dan variabel dianalisis secara kuantitatif, analisis kuantitatif dengan menggunakan alat uji regresi bereganda. Tingkat adopsi teknologi PTT (Pengelolaan Tanaman Terpadu) tingkat aplikasi padi beras padi PTT komponen teknologi yang menekankan pengelolaan tanaman, tanah, air, dan hama secara terpadu. Pengelolaan Tanaman Terpadu atau padi PTT bertujuan untuk meningkatkan produktivitas tanaman dalam hal hasil dan kualitas melalui penerapan teknologi yang tepat dengan kondisi setempat (spesifik lokasi) serta melindungi lingkungan. Hasil penelitian pada tingkat adopsi teknologi PTT padi petani padi pelaksana dieksekusi Program Prima Tani di tiga lokasi di Sumatera Barat termasuk komponen teknologi penanganann benih padi, komponen teknologi persemaian yang baik, teknologi komponen dan tata berarti menanam benih padi, seimbang komponen teknologi pemupukan, intermiten komponen teknologi irigasi, teknologi komponen tanaman perlindungan dan teknologi pencegahan hama dan penyakit komponen panen yang baik dan pasca panen. Distribusi tingkat adopsi PTT total petani padi melaksanakan program Prima Tani di Sumatera Barat dapat dilihat di pintu masuk ke kategori sedang, hal itu menunjukkan bahwa tingkat adopsi teknologi PTT padi masih belum optimal prestasi oleh petani, petani masih belum yakin dan belum menyadari teknologi keuntungan padi sawah PTT sehingga komponen tidak sepenuhnya diterapkan teknologi dan masih ada petani yang kembali menerapkan teknologi bahwa mereka dikendalikan sebelumnya. Tingkat pencapaian adopsi teknologi PTT padi memperoleh prestasi keseluruhan tingkat adopsi adopsi teknologi PTT padi menunjukkan tingkat dalam kategori sedang, berlaku di hampir semua komponen teknologi kecuali PTT padi dalam komponen teknologi serta panen dan komponen teknologi pasca panen termasuk penggunaan benih pada kategori tinggi, Tapi rata-rata, total distribusi PTT teknologi tingkat adopsi padi dalam kategori sedang. Dalam setiap komponen teknologi bervariasi tingkat aplikasi di hampir semua prestasi sejumlah komponen teknologi. Komponen yang paling tinggi dari pencapaian tingkat total adopsi adalah komponen panen dan pasca panen teknologi Pencapaian komponen indikator panen dan teknologi pasca panen di semua indikator teknologi dalam kategori sedang, kecuali indikator waktu pengeringan, cara pengeringan dan penyimpanan gabah yang masuk kategori tinggi. Komponen panen dan pasca panen tingkat adopsi teknologi secara total lebih tinggi dari komponen lain karena teknologi ini biasanya dilakukan oleh petani dan proses mudah dan tidak rumit, namun penerapannya masih perlu perbaikan karena masih relatif jauh dari yang dianjurkan teknologi, sehingga kehilangan hasil setelah panen akan berkurang dan kualitas gandum dapat ditingkatkan, disertai dengan harga yang baik. Komponen kedua dari pencapaian teknologi total tingkat adopsi komponen teknologi benih padi dalam kategori komponen teknologi tinggi terdiri dari indikator varietas padi dan penggunaan benih padi berkualitas. Komponen teknologi petani diharapkan untuk mengantisipasi hama dan penyakit dan untuk meningkatkan produksi padi. Penggunaan varietas benih berkualitas dan sangat berpengaruh langsung panen sehingga petani sangat respon terhadap rasa asli ini beras sesuai dengan selera pasar dan nilai ekonomi yang tinggi. Kemudian komponen teknologi yang peringkat ketiga dalam jumlah tingkat adopsi adalah persemaian benih padi ke dalam kategori sedang, dimana petani mengadopsi teknologi ini belum sepenuhnya sehingga tingkat rendah kualitas benih yang akan ditanam, pengobatan yang tidak tepat secara teknis akan mempengaruhi tingkat resistensi dari benih yang baik dari hama dan Penyakit ini juga pada tingkat hilangnya benih setelah tanam, sehingga dapat mengurangi biji waktu penyisipan telah ditanam. teknologi Komponen dan prosedur penanaman berarti tingkat total adopsi masih kategori sedang, ditengarai cara dan prosedur penanaman teknologi hal baru bagi petani, petani biasanya melakukan penanaman padi cangkok, setelah legowo beras direkomendasikan tanam yang membutuhkan keterampilan dan pemahaman tentang keuntungan dari sistem tanam legowo ini. Selain itu, jumlah benih padi per lubang ditanam terlalu bekurang yang ar