000			03251nam a22002297a 4500
003			OSt
005			20250905141718.0
008			250905b |||||||| |||| 00| 0 eng d
020			_a9781799600817
040			_beng _cASCOT College Library
082			_2Ref 575.1 W73f 2023.
100			_4author. _aWintheiser, Tony
245			_aForest genetics and tree breeding / _cby Tony Wintheiser.
260			_aNew Orleans, LA : _bWhite Press Academic, _cc2023.
300			_ax, 290 pages : _bb&w illus. ; _c26 cm.
500			_aIncludes bibliographical references and index.
505			_aChapter 1. Forest genetics -- Chapter 2. Tree breeding -- Chapter 3. Genetic concepts in tree breeding -- Chapter 4. Forest genetics and tree improvement -- Chapter 5. Selection as a method of tree breeding -- Chapter 6. Current developments in tree genetics -- Chapter 7. Forest mensuration -- Chapter 8. Forest wood and its utilization.
520			_a"Forestry sector is considered one of the most developed in the world, being the base for important industrial segments which use wood as raw material. Tree breeding has played an important role on improving the competitiveness of forestry-based companies, especially for its positive reflexes on increasing adaptation, forestry productivity and wood quality. Forest trees meet human needs and contribute to natural ecosystems in unique and diverse ways. As a source of fuel and fiber, they are important commodities. As dominant members of many natural ecosystems, they play keystone ecological roles in plant and animal communities. As habitat for other organisms, forests are a reservoir of great natural diversity. Forest Genetics examines some of the basic genetic concepts typically used in forestry and tree improvement studies, including Mendelian and population genetics. It also describes techniques that are generally useful in tree improvement work, including individual tree selection and breeding, provenance testing, species and racial hybridization, and introduction of exotics. Describing the genetic diversity and composition of forest tree populations is crucial for understanding the evolution and biogeography of tree species, and for guiding strategies that identify and protect endangered populations. Researchers are identifying unique and endangered populations, and using population genetic tools to understand the effects of environmental change, habitat fragmentation, and invasive species on the long-term survival of tree populations. Sufficient genetic diversity ensures the success of our forest tree species in a highly variable environment. Safeguarding genetic diversity and resources is an important part of biodiversity conservation and a goal to which Finland has committed through international conventions. Genetic diversity refers to the variability between specimens within a species. The present book has been designed as a text-cum-reference book for post-graduate students, research workers, teachers and undergraduate students specializing in advance course of forest genetics and tree improvement. It is believed, the book will immensely benefit them all." -- Book cover
650			_aForest genetics.
650			_aTree breeding.
942			_2ddc _cBK
999			_c5852 _d5852