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"This volume presents a comprehensive review of reintroduction projects and practices, the circumstances of their successes or failures, lessons learned, and the potential role for reintroductions in preserving species threatened by climate change. Contributors examine current plant reintroduction practices, from selecting appropriate source material and recipient sites to assessing population demography.These guidelines cover stages from planning and implementation to long-term monitoring, and offer not only recommended actions but also checklists of questions to consider that are applicable to projects around the world."

"This book provides a comprehensive account of interaction of host and its pathogens, induced host resistance, development of biological control agents for practical applications, the underlying mechanism and signal transduction. The book is useful to all those working in academia or industry related to crop protection."

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Di antara sebagian besar sektor industri lainnya, industri kimia sedang mengalami pergolakan signifikan yang didorong oleh konsep yang secara kolektif dikenal sebagai Industri 4.0. Data sains adalah komponen penting dari Industri 4.0 karena memungkinkan ekstraksi informasi kontekstual dari berbagai sumber data. Ketika sistem menjadi lebih kompleks, kebutuhan para insinyur untuk mengekstrak sinyal dari data dengan tepat berkembang secara dramatis, menuntut literasi data dan keahlian analitik pada generasi berikutnya dari lulusan teknik kimia. Salah satu dari banyak kasus di mana data sains dan machine learning dapat diterapkan adalah untuk prediksi. Prediksi berbasis machine learning dapat diterapkan pada banyak aspek teknik kimia contohnya pada Chemical Engineering Plant Cost Index (CEPCI). CEPCI sangat penting untuk perhitungan desain pabrik dan dipengaruhi oleh banyak variabel. Pendekatan machine learning diperlukan untuk memperhitungkan semua variabel tersebut dan mendapatkan hasil yang tepat untuk variabel yang ditargetkan. Dengan demikian, tujuan dari tugas akhir ini adalah merancang program yang mampu memprediksi CEPCI. Alhasil, model regresi yang telah dibuat mampu memprediksi Composite CE Index dengan error rata-rata 3.75% dari index aslinya.

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Among most other industrial sectors, the chemical industry is undergoing a significant upheaval driven by concepts known collectively as Industry 4.0. Data science is an important component of Industry 4.0 since it enables the extraction of contextualized information from a variety of data sources. As systems become more complex, the necessity for engineers to appropriately extract signal from data develops dramatically, demanding data literacy and analytics expertise in the next generation of chemical engineering graduates. One of the many cases where data science and machine learning can be applied to is for prediction. Machine Learning based prediction can be applied to many chemical engineering aspects, in this case the Chemical Engineering Plant Cost Index (CEPCI). CEPCI is essential for plant design calculations and is greatly affected by numerous variables. Machine learning approach is needed to account for all said variables and obtain valid result for target variables. Thus, the purpose of this thesis is to design programs that are able to predict CEPCI. As a result, the regression model created was able to predict the Composite CE Index with average error of 3.75% from the real index.

 

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"The authors of this book have collected the most recent advances and discoveries applied to breeding for abiotic stresses in this book, starting with new physiological concepts and breeding methods, and moving on to discuss modern molecular biological approaches geared to the development of improved cultivars tolerant to most sorts of abiotic stress."