University of Lleida, Spain
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Affiliated Works
sorted by decreasing year, and then by display-name
- Considerations of a Field-Scale Soil Carbon Budget For Furrow Irrigation
- Magnetite Crystal Chains: Most Promising Evidence of Past Microbial Life on Mars, Also Useful on Earth
- Dammed Mediterranean-Climate Rivers: Hydrologic Constraints on Restoration
- Quantification of Aridity Changes During the Late Holocene From the Carbon Isotope Composition of Fossil Charcoal
- Continuing and Proposed Studies on the Management and Conservation of Biodiversity and Soil Carbon in Western Africa
- Shining new light on braided rivers: capturing grain-to-reach scale morphodynamics with terrestrial laser scanning
- Using species ecological traits to understand the disturbance effects of fine sediment in river channels
- Quantifying uncertainty in morphologically-derived bedload transport rates for large braided rivers: insights from high-resolution, high-frequency digital elevation model differencing
- Do Australian sclerophyll forests exhibit seasonality? an analysis with phenocam, eddy covariance fluxes, and satellite derived phenology.
- What Drives the Phenology of Carbon Exchange in an Australian Temperate Woodland?
- Biodiversity and Greenhouse Gases in Grasslands: A Flux Network along Climate and Management Gradients in the Pyrenees
- Using Climate Change for Teaching Experimental Sciences in Teacher Education through Research Projects on Recycling at the University of Lleida (Western Catalonia)
- Linking plant stomata and hydraulics through optimal stomatal theory to predict plant responses to climate extremes
- Short Term Fluvial Responses After Volcanic Eruptions: The Blanco-Este River (Southern Chile)
- Divergence in Quantifying Terrestrial Fluxes of Carbon in Global Carbon Budgets
- Soil organic matter characteristics in moist acidic tundra and its relationship with vegetation, soil bacteria, environment, and microtopography
- Forest Migration Outpaces Tree Species Range Shift Across North America
- Forest types outpace constituent tree species in range shifts under global change