Saltcedar (Tamarix ramosissima) invasion alters organic matter dynamics in a desert stream

Keyphrases

• Organic Matter Dynamics 100%
• Desert Streams 100%
• Saltcedar 100%
• Tamarix Ramosissima 100%
• Ash-free Dry Mass 66%
• Macrophytes 33%
• Jackrabbits 33%
• Litter Input 22%
• Algal Production 22%
• Leaf Litter 11%
• Litter Type 11%
• Decomposition Rate 11%
• Litter Quality 11%
• Organic Matter Input 11%
• Spring-fed Streams 11%
• Bulrush 11%
• Mojave Desert 11%
• Autochthonous Production 11%
• Leaf Litter Breakdown 11%
• Southern Nevada 11%
• Fraxinus Velutina 11%
• Scirpus Americanus 11%
• Native Riparian Vegetation 11%

Earth and Planetary Sciences

• Macrophyte 100%
• Organic Matter 100%
• Leaf Litter 66%
• United States of America 33%
• Nevada 33%
• Riparian Vegetation 33%

Agricultural and Biological Sciences

• Tamarix 100%
• Tamarix Ramosissima 100%
• Spring 44%
• Macrophyte 33%
• Plant Litter 22%
• Bulrush 11%
• Fraxinus velutina 11%
• Schoenoplectus americanus 11%