Publications by authors named "Whitney A Scheffel"
Article Synopsis
- Patchy data on litter decomposition in wetlands limits understanding of carbon storage, prompting a global study involving over 180 wetlands across multiple countries and climates.
- The study found that freshwater wetlands and tidal marshes had more organic matter remaining after decay, indicating better potential for carbon preservation in these areas.
- Elevated temperatures positively affect the decomposition of resistant organic matter, with projections suggesting an increase in decay rates by 2050; however, the impact varies by ecosystem type and highlights the need to recognize both local and global factors influencing carbon storage.
Article Synopsis
- Developing science-based restoration goals that align with stakeholder motivations is crucial for achieving successful long-term ecosystem restoration.* -
- In Pensacola Bay, Florida, a collaborative effort is underway to restore oyster habitats, focusing on various objectives such as enhancing ecosystem services and supporting fisheries.* -
- A spatial model linking oyster habitat suitability with water filtration capability helps identify priority areas for restoration, providing valuable data for planning and community engagement.*
Submerged aquatic vegetation (SAV) improves environmental conditions by acting as a sediment stabilizer and nutrient retention tool; therefore, reintroduction of SAV is a common freshwater restoration goal. Initial plant establishment is often difficult in suboptimal conditions, and planting material with specific traits may increase establishment rates. Here we evaluate the variability in plant traits based on collection location.
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