Will genomics guide a greener forest biotech?

Groover A T

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Will genomics guide a greener forest biotech?

机译：基因组学将引导绿色森林生物技术的发展吗？

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Forest biotechnology has been increasingly associated with wood production using plantation forestry, and has stressed applications that use pedigreed material and transgenic trees. Reasons for this emphasis include limitations of available technologies to conform to underlying genetic features of undomesticated forest tree populations. More recently, genomic technologies have rapidly begun to expand the scope of forest biotechnology. Genomic technologies are well suited to describe and make use of the abundant genetic variation present in undomesticated forest tree populations. Genomics thus enables new research and applications for conservation and management of natural forests, and is a primary technological driver for new research addressing the use of forests trees for carbon sequestration, biofuels feedstocks, and other 'green' applications..

机译：森林生物技术已经越来越多地与使用人工林生产木材相关联，并强调了使用纯种材料和转基因树木的应用。强调这一点的原因包括限制了与未驯化的林木种群的潜在遗传特征相符的可用技术。最近，基因组技术已迅速开始扩大森林生物技术的范围。基因组技术非常适合描述和利用未驯化的林木种群中存在的大量遗传变异。因此，基因组学为天然林的保护和管理提供了新的研究和应用，并且是进行新研究的主要技术驱动力，这些研究涉及将林木用于固碳，生物燃料原料和其他“绿色”应用。

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来源
《Trends in Plant Science》 |2007年第6期|共5页
作者
Groover A T;
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正文语种 eng
中图分类植物学;
关键词
biofuels; biotechnology; carbon sequestration; forest plantations; forests; genetic variation; genomics; nature conservation;

机译：生物燃料;生物技术;碳固存;人工林;森林;遗传变异;基因组学;自然保护;

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1. Will genomics guide a greener forest biotech? [J] . Groover A T Trends in Plant Science . 2007,第6期

机译：基因组学将引导绿色森林生物技术的发展吗？
2. Utility in Biotech Patent Applications - New guidelines should offer relief for biotech patent applications they lack "utility" [J] . Nancy J. Linck, A. Chambers Bio/Technology . 1995,第9期

机译：生物技术专利申请中的实用程序-新指南应为缺乏“实用性”的生物技术专利申请提供缓解
3. Retraction: Ren, Z.B., et al. Spatio-Temporal Patterns of Urban Forest Basal Area under China’s Rapid Urban Expansion and Greening: Implications for Urban Green Infrastructure Management. Forest 2018, 9 , 272–290 [J] . Zhibin Ren, Hongxu Wei Forests . 2018,第11期

机译：收缩：Ren，Z.B.等人。中国迅速城市扩建与绿化下城市森林基地地区的时空模式 - 城市绿色基础设施管理的影响。森林2018,9,272-290
4. Knowledge-Guided Bayesian Support Vector Machine for High-Dimensional Data with Application to Analysis of Genomics Data [C] . Wenli Sun, Changgee Chang, Yize Zhao, IEEE International Conference on Big Data . 2018

机译：高维数据的知识贝叶斯支持向量机及其在基因组数据分析中的应用
5. Genomic analysis of life history traits, disease resistance and evolutionary origins of the greens-type Poa annua L. [D] . La Mantia, Jonathan M. 2009

机译：绿党型Poa annua L.的生活史特征，抗病性和进化起源的基因组分析。
6. Forest Therapy Alone or with a Guide: Is There a Difference between Self-Guided Forest Therapy and Guided Forest Therapy Programs? [O] . Jin-Gun Kim, Won-Sop Shin 2021

机译：单独或与指南的森林疗法：自我导游的森林治疗和引导森林治疗方案之间有区别吗？
7. German Greens soften views on biotech as power edges closer [O] . Quirin Schiermeier 1998

机译：德国果岭在Biotech柔和的景色，因为电源边缘更近
8. Tropical Environmental Data (Trend): Cooperative Research Programme Number 27. Ecosystem Study of Tropical Dry-Evergreen Forest. Report number 2. Structure and Floristic Composition of Forest Vegetation at Sakaerat, Pak Thong Chai, Nakhon Ratchasima. I. Variation of Floristic Composition along a Transect through Dry-Evergreen and Dry Dipterocarp Forests [R] . Sabhasri, S., Boonnitee, A., Khemnark, C., 1968

机译：热带环境数据（趋势）：合作研究计划编号27.热带干燥常绿森林的生态系统研究。报告编号2. Nakhon Ratchasima，pak Thong Chai，sakaerat的森林植被的结构和植物区系组成。 I.通过干燥常绿和干燥龙脑香树林沿着横断面的植物区系组成的变化

Will genomics guide a greener forest biotech?

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