Hydrology Paper of the Day @vesnazupanc.bsky.social on engineered soils used to remediate lignite fly ash landfills: a study site in Slovenia; chemical and physical sampling; lab analyses indicating chemical changes over a 15 to 30-year period; and a framework for monitoring and measurement.
Hydrology Paper of the Day @emde.science on understanding carbon changes in soils: a more precise definition of the concepts associated with carbon sequestration; understanding use of terminology in journals; loss mitigation and emissions; and climate change mitigation in the context of management.
Thanks @gescilam.bsky.social and colleagues for the great paper.
So great @hydrologywsl.bsky.social!
Hydrology Paper of the Day @christost.bsky.social @georgiapapachar.bsky.social on the Nash‑Sutcliffe loss: a measure with clear theoretical underpinnings, and the concept of Nash-Sutcliffe linear regression in context of an estimation framework in hydrology, machine learning and geosciences.
Hydrology Paper of the Day @gescilam.bsky.social and colleagues on communication in an age of water scarcity: issues and challenges identified in conjunction with the scientific community at EGU24; data from interviews and surveys; and the need for trust, appropriate audiences, equity, and clarity
Hydrology Paper of the Day @alexzivkovic.bsky.social on the films of Georges Méliès: explorations of water in the context of human understanding; an aquarium representation of hydrological processes and underwater worlds; real and imagined infrastructures; and artificial environments.
This is a good paper and very insightful related to Switzerland!
Thanks Massimiliano @hydrologywsl.bsky.social!
Hydrology Paper of the Day @hydrologywsl.bsky.social on the HydCHeck screening tool for showing anthropogenic controls on rivers in Switzerland: assessment categories and a spider chart; application of the HYDMOD-F method for flow regimes to NAWA Catchment Areas; and a regional overview.
Hydrology Paper of the Day @grosseguido.bsky.social on how ice-wedges and permafrost are affected by fire on the Alaskan tundra: remote sensing image analyses; LIDAR surveys to obtain digital terrain models; polygonal terrain modelling by computational geometry and graphs; and network analyses.
Thanks for the interesting and engaging paper, @hollykirk.bsky.social and colleagues!
Hydrology Paper of the Day @hollykirk.bsky.social on a Nature-Water Design framework for ensuring urban and landscape design in the context of ecological services, systems, and climate change: a combination of frameworks; design principles; ensuring connectivity and stewardship; and five principles.
It's an excellent paper. Thanks @lytarasova.bsky.social!
Thanks for the great paper, @gbrunohydro.bsky.social!
Hydrology Paper of the Day @gbrunohydro.bsky.social @manuelaibrunner.bsky.social on the hydrological processes of streamflow droughts in the Anthropocene: time scales, temporal changes, and identification; coupling with atmospheric and land-surface processes; soils and groundwater; and modelling.
Hydrology Paper of the Day @lytarasova.bsky.social on a framework that allows for an understanding of hydrological model performance and error analysis: explainable machine learning applied to modelling; data from 340 catchments in Germany; and calibration and validation of a rainfall-runoff model.
Thanks for the great paper @lindamariathompson.bsky.social!
Hydrology Paper of the Day @lindamariathompson.bsky.social on the illusion of natural flows at Nämforsen on the Ångermanälven River, Sweden: dams and the idea of water release to ensure place-marketing; exploring place through photography and film; dry riverbeds; and human-environmental control.
Hydrology Paper of the Day @mcmillanhydro.bsky.social on an overview of forested catchment-scale hydrology: the rarity and regularity of some processes; the importance of soils and antecedent soil moisture; preferential flow paths; and quantification of fluxes in the context of location.
Hydrology Paper of the Day @peatofmind.bsky.social on how mosses and lichens are affected by the hydrology of rock barren depressions and wetlands: soil moisture and biomass; moisture in lichens and mosses; productivity; and linkages between these environments and turtle nesting habitats.
Hydrology Paper of the Day @catchmentsci.bsky.social on appraisal of the FOSS KLT-IV image velocimetry software to determine river surface velocity: experiments on the River Dart (Devon, UK); comparison with flow gauging data; calibration and processing pipelines; uncertainties; and applications.
Hydrology Paper of the Day @richard-fewster.bsky.social on quantifying how Arctic peatlands change due to global warming: 12 peatlands and transects in Europe and Canada; drone aerial surface photography and 91 soil monoliths; quantitative methods of dating; and how peatlands have expanded.
Thanks @lmcampbell.bsky.social. It is an awesome paper indeed.
Hydrology Paper of the Day @lmcampbell.bsky.social on reactive amendment remediation of wetlands with Hg and As gold mine tailings in Nova Scotia: design of a protective capping; testing on samples from the Muddy Pond Waverley Gold District; and physical and biological verification of remediation.
Striking picture.
Hydrology Paper of the Day @iceybethan.bsky.social on the hydroclimatology of the Antarctic Peninsula in the context of various warming scenarios: increasing surface melt and eventual ice shelf collapses under high warming scenarios; changes in biogeography; and a need to reduce global temperatures.
Hydrology Paper of the Day @danielepenna.bsky.social on why trees cause soil to have a dual-permeability effect on forested hillslopes: processes of throughfall and stemflow; spatial scales and soil measurements in the Re della Pietra catchment of Italy; modelling; and geophysical observations.
Hydrology Paper of the Day @cambup-archaeology.cambridge.org on the water reservoirs and hydrology of Northern Belize during the Mayan empire: Indigenous civil engineering; urban forest gardens and spatial patterns of settlement; possible wetland management; and mapping drainage by LiDAR techniques.
Thanks for the great paper @abhilashsingh.bsky.social!
