fix missing prose tag

Author: acblackford

stories/Tornadoes_2011_Vegetation.stories.mdx

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     Tornadoes are among the most destructive forces of nature, capable of tearing through communities with little to no warning and leaving behind shattered homes, toppled infrastructure, and tragic loss of life. While these human impacts are often the immediate focus, tornadoes also leave lasting marks on the landscape — particularly on vegetation. In mere minutes, a tornado can flatten forests, shred croplands, and strip away natural ground cover, fundamentally altering the structure of the land. Because vegetation plays a critical role in stabilizing soil, supporting biodiversity, and regulating water and carbon cycles, its loss can trigger broader environmental disruption that extends long after the storm has passed.
 
-    These changes are typically dramatic and highly localized, creating clear visual scars across the terrain. Satellite imagery and vegetation indices allow us to track these impacts with precision, revealing where and how ecosystems have been disrupted. In this story, we turn our attention to two of the most powerful tornadoes from the April 2011 Super Outbreak, including an EF-5 (Enhanced Fujita Scale) tornado that devastated Hackleburg, Alabama, and an EF-4 tornado that tore through Tuscaloosa, Alabama. Using data from NASA Earth observation systems and the National Weather Service (NWS), we analyze how these storms transformed the landscape and what insights these transformations can provide to further illuminate the relationship between severe weather and vegetation.  </Prose>
+    These changes are typically dramatic and highly localized, creating clear visual scars across the terrain. Satellite imagery and vegetation indices allow us to track these impacts with precision, revealing where and how ecosystems have been disrupted. In this story, we turn our attention to two of the most powerful tornadoes from the April 2011 Super Outbreak, including an EF-5 (Enhanced Fujita Scale) tornado that devastated Hackleburg, Alabama, and an EF-4 tornado that tore through Tuscaloosa, Alabama. Using data from NASA Earth observation systems and the National Weather Service (NWS), we analyze how these storms transformed the landscape and what insights these transformations can provide to further illuminate the relationship between severe weather and vegetation.
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     Unlike man-made structures that can be rebuilt relatively quickly, forests and natural vegetation can take years (or even decades) to fully recover, especially in remote or heavily wooded areas. These environmental impacts ripple through ecosystems and human communities alike, affecting agriculture, biodiversity, and long-term land stability.
 
     Monitoring these effects with satellite data enables scientists, emergency planners, and land managers to better understand both the immediate and long-term consequences of severe storms. This insight is essential not only for tracking recovery, but also when preparing for a future in which extreme weather events may become more frequent and intense due to changes in the Earth system. Satellite-based tools like those available through NASA offer a powerful way to assess damage, guide restoration efforts, and build more resilient landscapes.
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