Improving Wetland Evaporation Estimates: Enhancing the WRSM-Pitman Model with Accurate Alpha Calculation
Modeling & PredictionWetlands play an important role in the global water cycle and are critical for maintaining the ecological balance of surrounding areas. Measuring and estimating evaporation from wetlands is an important aspect of understanding the water balance in these ecosystems. The Wetland Surface Area Model (WSAM) is widely used to estimate evaporation from wetlands, but it
Understanding the Significance of Permanent Fields in Agricultural Earth Science
Human ImpactAgriculture has been an important aspect of human life since the dawn of civilization. Growing crops and raising animals has allowed communities to thrive and develop. However, agricultural practices have evolved over time, and one important concept that has emerged is the idea of permanent fields. In this article, we will explore the importance of
Albite: A Petrological Puzzle – Should it be Placed on the Alkali Feldspar or Plagioclase Side of QAPF Diagrams?
Geology & LandformThe QAPF (Quartz, Alkali feldspar, Plagioclase, and Feldspathoid) diagram, also known as the Steckeisen diagram, is a widely used classification system for igneous rocks. It is based on the mineralogy of the rocks and divides them into four major groups based on their mineral content. The diagram is a useful tool for petrologists, allowing them
Modeling the Distribution of Wetland Inflows to Storage in WRSM-Pitman: An Earth Science Perspective
Modeling & PredictionWetlands are important ecosystems that provide a variety of benefits, including flood control, water purification, and wildlife habitat. Wetlands are also important for carbon sequestration, with some estimates suggesting that wetlands store up to 30% of the world’s soil carbon. Understanding the dynamics of wetland inflows and outflows is critical to managing these valuable ecosystems.
Calculating MJO Phase Using RMM1 and RMM2: An Earth Science Guide
Energy & ResourcesThe Madden-Julian Oscillation (MJO) is an important aspect of the Earth’s climate system characterized by a large-scale pattern of tropical convection and atmospheric circulation. The MJO is known to have significant impacts on weather and climate patterns around the world, including precipitation, temperature, and atmospheric circulation. Understanding the MJO and its phases is therefore crucial