NESP MaC Project 1.28 - Future-proofing restoration & thermal physiology of kelp

NESP MaC 项目 1.28 - 面向未来的修复

• 批准号: global : 77199302-f841-4d07-902b-b45c633276ab
• 负责人: Layton, Cayne
• 金额: --
• 依托单位国家: 澳大利亚
• 财政年份: 2021
• 资助国家: 澳大利亚
• 起止时间: 2021-01-01 至 2022-12-31
• 项目状态: 已结题
• 来源: https://researchdata.edu.au/nesp-mac-project-physiology-kelp/1944020
• 关键词: NESP; MaC; Project; 1.28; Future

This record provides an overview of the NESP Marine and Coastal Hub bridging study - "Future-proofing restoration & thermal physiology of kelp". For specific data outputs from this project, please see child records associated with this metadata.<br /> --------------------<br /> <br /> For restoration to be effective, the cause of habitat decline must be understood and overcome. But this is problematic when climate change is driving habitat loss since it cannot be reversed or ameliorated prior to restoration. A previous NESP project led by this team (Project E7, Marine Biodiversity Hub) identified warmwater-tolerant strains of giant kelp from remnant patches in eastern Tasmania, where the species has experienced precipitous declines due to ocean-warming. These strains have high potential to assist with ‘future-proofing’ kelp forest restoration, however it is still unclear what the physiological mechanisms are that provide their improved thermal tolerance. This project is designed to better understand these physiological mechanisms to advance kelp restoration efforts in Australia and globally, and progress toward the identification of populations of Australian kelp that may be resilient to (or especially threatened by) ocean warming and climate change.<br /> <br /> Outputs<br /> • Ecophysiological measurements from laboratory experiments of warm-tolerant vs average giant kelp genotypes [dataset]<br /> • Final technical report with analysed data, including a short summary of recommendations for policy makers of key findings [written]

本记录概述了NESP海洋和沿海枢纽桥接研究-“面向未来的恢复和海带的热生理学”。有关此项目的特定数据输出，请参阅与此元数据关联的子记录。<br /> --------------------<br /> <br /> 为了使恢复有效，必须了解和克服栖息地下降的原因。但是，当气候变化导致栖息地丧失时，这是有问题的，因为在恢复之前无法逆转或改善。由该团队领导的先前NESP项目（项目E7，海洋生物多样性中心）从塔斯马尼亚东部的残余斑块中确定了耐温水的巨型海带菌株，由于海洋变暖，该物种经历了急剧下降。这些菌株具有很高的潜力，以协助“未来证明”海带森林恢复，但目前还不清楚是什么生理机制，提供了改善的耐热性。该项目旨在更好地了解这些生理机制，以推进澳大利亚和全球的海带恢复工作，并逐步确定可能对海洋变暖和气候变化具有弹性（或特别是受到海洋变暖和气候变化的威胁）的澳大利亚海带种群。<br /> <br /> 输出<br /> ·来自实验室实验的耐温与平均巨型海带基因型的生态生理学测量[数据集]<br /> ·附有分析数据的最终技术报告，包括为决策者提供的关键调查结果建议的简短摘要[书面]