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Earth, Wind, and Fire: Resource Allocation and Dispersal Strategies of Rhynchospora knieskernii (Cyperaceae) in a Disturbance-Dependent Ecosystem

机译：地球，风和火灾：rhynchospora knieskernii（Cypetaceae）的资源配置和分散策略在扰动的生态系统中

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作者
Sobel, Marilyn Carolyn.;
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作者单位

Drexel University.;

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授予单位 Drexel University.;
学科
学位 Ph.D.
年度 2015
页码 247 p.
总页数 247
原文格式 PDF
正文语种 eng
中图分类 AAI3714283;
关键词
Conservation; Fire-dependent; Pine barrens; Rare plants; Resource allocation;

机译：保护;依赖于灭火;松贫瘠;稀有植物;资源分配;

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1. Development and Comparison Between Resource Allocation Strategies Based on Intelligent Scheme and Traditional Distributed Dynamic Resource Allocation Strategies in Mobile Communication Networks [J] . JAMAL RAIYN Wireless personal communications: An Internaional Journal . 2007,第4期

机译：移动通信网络中基于智能方案的资源分配策略与传统分布式动态资源分配策略的比较
2. Development and Comparison Between Resource Allocation Strategies Based on Intelligent Scheme and Traditional Distributed Dynamic Resource Allocation Strategies in Mobile Communication Networks [J] . Jamal Raiyn Wireless Personal Communications . 2007,第4期

机译：移动通信网络中基于智能方案的资源分配策略与传统分布式动态资源分配策略的比较
3. Optimal Resource allocation in NOMA-based M2M communication using Hybrid Rider Optimization with FireFly: Power Saving Strategy of IoT [J] . Selvam K, Kumar K International journal of communication systems . 2020,第12期

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4. Enhancing interaction in the fireworks algorithm by dynamic resource allocation and fitness-based crowdedness-avoiding strategy [C] . Junzhi Li, Ying Tan IEEE Congress on Evolutionary Computation . 2016

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5. Are wildland fires fought equally? How median household income impacts resource allocation [D] . Johnson, Kevin 2011

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6. Dispersal by rodent caching increases seed survival in multiple ways in canopy‐fire ecosystems [O] . N. B. Peterson, V. T. Parker 2016

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7. Performance efficiency and resource allocation strategy for fire department with the stochastic consideration [O] . Lan C-H., Chuang L-L., Chen Y-F. 2009

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Earth, Wind, and Fire: Resource Allocation and Dispersal Strategies of Rhynchospora knieskernii (Cyperaceae) in a Disturbance-Dependent Ecosystem

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