Modeling the Effect of Enhanced Lateral Connectivity on Nutrient Retention Capacity in Large River Floodplains: How Much Connected Floodplain Do We Need?

Overview of attention for article published in Frontiers in Environmental Science, June 2020

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twitter: 8 X users

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So far, Altmetric has seen 10 X posts from 8 X users, with an upper bound of 12,055 followers.

RT @BOKU_IHG: Another successful PhD from HR21 - https://t.co/eo27WuWK1s from IHG with 3 papers: https://t.co/u58JYKOCIq https://t.co/Y82QZ…

10 May 2024

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Another successful PhD from HR21 - https://t.co/eo27WuWK1s from IHG with 3 papers: https://t.co/u58JYKOCIq https://t.co/Y82QZhxvBF https://t.co/j4UbR1VOHM @BOKUvienna

09 May 2024

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RT @BigerScience: What's the nutrient retention capacity of Austria’s Danube Floodplain National Park and how can it be enhanced by lateral…

20 Jun 2020

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New Research: Modeling the Effect of Enhanced Lateral Connectivity on Nutrient Retention Capacity in Large River Floodplains: How Much Connected Floodplain Do We Need? https://t.co/CG4b31nDvH #Envsci

18 Jun 2020

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