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Source: paper_references, paper_reference_links, observed 2026-08-03T08:54:06.975112Z
Paper Citation Record · LEDGER
As of 19 August 2026, this Paper Citation Record lists 57 of 57 outbound references and 0 inbound Pith citation observations for arXiv:2601.15503.
A citation records a reference. It does not transfer a finding from one paper to another.
Typed states for the displayed outbound observations.
Source: paper_references, paper_reference_links, observed 2026-08-03T08:54:06.975112Z
One-hop event checks from named stored sources.
Source: scholarly_work_events, retraction_status_cache, observed 2026-08-19T06:32:44.657259+00:00
Pith citing papers itemized under the disclosed page cap.
Source: paper_references, paper_reference_links
A source-named dated measurement, never combined with another source.
Source: cited_works
57 of 57 outbound references displayed
External citation measurements
No source-named external measurement is stored.
Observation 43a23cc4-97c5-4041-ac82-6ed53c1669b4 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Securing water as a resource for society: An ecosystem services perspective,
Reference 1
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Observation 7a743bc3-93c1-4347-bfac-36a2e424dffb · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Progress in understanding harmful algal blooms: Paradigm shifts and new tech- nologies for research, monitoring, and management,
Reference 2
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Observation 2b5c4d7c-da10-4713-8225-ea4cab8c17b5 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Cyanobacterial harmful algal blooms in aquatic ecosystems: A comprehensive outlook on current and emerging mitigation and control approaches,
Reference 3
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Observation 54a6ad53-cbdf-43d6-bae5-6de55b14dbdb · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Increasingly severe cyanobacterial blooms and deep water hypoxia coincide with warming water temperatures in reservoirs,
Reference 4
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Observation ccabb875-a849-40c3-ba0d-14c46268ff04 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Trophic state assessment of global inland waters using a MODIS-derived Forel-Ule index,
Reference 5
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Observation ddedcb22-d08e-4130-9716-986c8863a5e9 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning The human factor: Weather bias in manual lake water quality monitoring,
Reference 6
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Observation 5b8f62e7-10af-4d0c-805f-3f330d315147 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Secchi disk depth estimation from water quality parame- ters: Artificial neural network versus multiple linear regression models?
Reference 7
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Observation 4220412f-72bd-4d32-9e97-3e6268867f90 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Improving remote sensing estimation of Secchi disk depth for global lakes and reservoirs using machine learning methods,
Reference 8
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Observation fbfd78c9-c33c-4600-aeec-399a274c3bcb · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning A remote sensing and machine learning-based approach to forecast the onset of harmful algal bloom,
Reference 9
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Observation b96117ae-b993-4fa8-a3d6-179950af5dfd · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Remote sensing for regional lake water quality assessment: Capabilities and limitations of current and upcoming satellite systems,
Reference 10
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Observation 7df3ae4e-ff55-4d82-a033-ea5047104d00 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Monitoring inland water quality using remote sensing: potential and limitations of spectral indices, bio-optical simulations, machine learning, and cloud computing,
Reference 11
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Observation 7797c714-ae7c-43c6-80ef-ddb269aa24ee · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Remote sensing of inland waters: Challenges, progress and future directions,
Reference 12
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Observation 4106b20a-38a1-4a28-b9b8-7df40f4a08d7 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Lagos-us landsat: Remotely sensed water quality estimates for u.s. lakes over 4 ha from 1984 to 2020,
Reference 13
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Observation bf13c793-fd25-4e15-9c66-93c225675ead · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Machine learning approach for water quality predictions based on multispectral satellite imageries,
Reference 14
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Observation 9693545a-46f2-4e74-8bef-c19396e60bc6 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Prediction of algal chlorophyll-a and water clarity in monsoon-region reservoir using machine learning approaches,
Reference 15
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Observation 82de9643-4a78-4155-96f7-852771a44f08 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Forecasting water quality index in groundwater using artificial neural network,
Reference 16
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Observation 937c82d0-80e8-42fa-bf82-49537e90be49 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Water-quality data imputation with a high percentage of missing values: A machine learning approach,
Reference 17
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Observation a74303e2-f99e-4891-ab4c-66df8ea56c89 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Review of automated time series forecasting pipelines,
Reference 18
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Observation 19abc944-e82f-49fe-a90b-e026ebc34d2f · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Effect of missing data on performance of learning algorithms for hydrologic predictions: Implications to an imputation technique,
Reference 19
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Observation 2a4e99e0-87c9-43c6-9ee3-c75d511d19da · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Missing data and multiple imputation in clinical epidemiological research,
Reference 20
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Observation eddbcf5e-6722-4686-a4e1-423ee4125e5c · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Recent progress on surface water quality models utilizing machine learning techniques,
Reference 21
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Observation ded107c4-183e-4ca4-a02e-171492e20a13 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Improving remote sensing estimation of secchi disk depth for global lakes and reservoirs using machine learning methods,
Reference 22
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Observation 37fb1d55-122a-40fe-9fc9-fd45f8085a7a · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Lagos-us landsat: Remotely sensed water quality estimates for u.s. lakes over 4 ha from 1984 to 2020,
Reference 23
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Observation 89acc940-c939-492e-bc84-392f4539124b · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Remote sensing of lake water clarity: Performance and transferability of both historical algorithms and machine learning,
Reference 24
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Observation ce0565f9-566e-4689-aa26-5efbccc75105 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Deep learning- based remote sensing retrieval of inland water quality: A review,
Reference 25
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Observation 9294d3e9-940f-4941-bd89-89b47ad26a0e · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Feature-driven hybrid attention learning for accurate water quality prediction,
Reference 26
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Observation 42c58745-bbca-4d5c-b749-9e6f7edad5e5 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Deep representation learning enables cross-basin water quality predic- tion under data-scarce conditions,
Reference 27
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Observation 1169eb10-cc50-4e4d-a003-db6862751999 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Sample size determination for prediction models via learning-type curves,
Reference 28
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Observation b62ce4d6-035b-4502-bfa6-72852c1774dd · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Missing data is poorly handled and reported in prediction model studies using machine learning: a literature review,
Reference 29
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Observation 62e36edb-4a11-413d-8f26-ac4690caeecc · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Missing data imputation of high-resolution temporal climate time series data,
Reference 30
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Observation 351bf231-bc19-4dad-b821-ed0c858d3b77 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Maximum likelihood from incomplete data via the em algorithm,
Reference 31
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Observation c6cce0f1-87cb-476b-84ac-1c0f31a1f7f9 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Multiple imputation for nonresponse in surveys. new york, ny: Johnwiley & sons,
Reference 32
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Observation 8966eff2-db90-4f1f-88dd-423b2a318e9d · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Recurrent neural networks for multivariate time series with missing values,
Reference 33
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Observation 64b5835f-0a52-4922-ba3d-0ad006c87ab5 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Long-term missing value imputation for time series data using deep neural networks,
Reference 34
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Observation c381cfbc-8cfa-4607-a51f-4d3a37aa5937 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning mice: Multivariate impu- tation by chained equations in r,
Reference 35
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Observation 14eb0a1e-28b1-4a71-99f5-26db78d7ee9c · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Missforest—non-parametric missing value imputation for mixed-type data,
Reference 36
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Observation 7e72968c-b113-4ce6-8170-e965eb39fd2e · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Missing data imputa- tion using optimal transport,
Reference 37
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Observation 7c560429-afae-449e-80f0-93d5c4b2503b · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning The midas touch: Accurate and scalable missing-data imputation with deep learning,
Reference 38
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Observation 89af627b-55d1-4407-ab09-698445bce8d4 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Miwae: Deep generative modelling and imputation of incomplete data sets,
Reference 39
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Observation 0067b6e7-e639-4ce3-a19a-555b29848176 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Miracle: Causally-aware imputation via learning missing data mechanisms,
Reference 40
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Observation 95160f91-6d61-40fb-a6ee-4e2b97a77159 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Gain: Missing data imputation using generative adversarial nets,
Reference 41
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Observation 96baf413-3acc-4635-b8b1-10dfb713393b · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Imputation of missing streamflow data at multiple gauging stations in Benin Republic,
Reference 42
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Observation ef52abe7-54a3-43a5-9910-d8a8916c9122 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Multiple data imputation methods advance risk analysis and treatability of co-occurring inorganic chemicals in groundwater,
Reference 43
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Observation 09d03d6b-3493-4eb5-9387-fad5803938cd · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Multiple imputations by chained equations for recovering miss- ing daily streamflow observations: A case study of Langat River Basin in Malaysia,
Reference 44
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Observation 7c0c55e8-bd24-40f5-b95d-173de5da224d · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Out-of-sample tests of forecasting accuracy: An analysis and review,
Reference 45
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Observation 0d993cb0-4c47-4bd1-9016-a6271ef8530a · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Projecting stream water quality using weighted regression on time, discharge, and season (wrtds): An example with drought conditions in the delaware river basin,
Reference 46
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Observation 84c2d7db-b186-4e70-bcaf-f3e482af98fd · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning ProbTS: Benchmarking Point and Distributional Forecasting across Diverse Prediction Horizons
Reference 47
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Observation 99428bc2-9cb0-4432-ad5f-f6ca25164ad7 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Adaptive machine learning for forecasting in wind energy: A dynamic, multi-algorithmic approach for short and long-term predictions,
Reference 48
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Observation 6a857485-3aea-4741-9447-6ea0f5e426e3 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning The coefficient of determination r-squared is more informative than smape, mae, mape, mse and rmse in regression analysis evaluation,
Reference 49
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Observation 9b4d1aae-001e-4a17-a56c-7c8ad0427e76 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Recommending training set sizes for classification,
Reference 50
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Observation 19481d06-8bb1-43a8-8400-2f2a4959f6f3 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning The learning-curve sam- pling method applied to model-based clustering,
Reference 51
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Observation dfe2049d-d9f0-4e41-a15d-d6f40d1ae331 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning How much complexity is war- ranted in a rainfall-runoff model?
Reference 52
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Observation 984f19ca-217d-422a-aa2f-f2ce56a9a5fe · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Automatic time series forecasting: Theforecastpackage for r,
Reference 53
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Observation e37ef09c-447e-473f-ab99-a7f94e44e2e2 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Analysis of the effectiveness of ARIMA, SARIMA, and SVR models in time series forecasting: A case study of wind farm energy production,
Reference 54
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Observation 3d03ecf3-ed59-4da2-9dff-5acd9228b5b0 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Statsmodels: Econometric and statistical modeling with python,
Reference 55
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Observation 0cfbc112-fcd7-4a64-a85f-6325227ab896 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Darts: User-friendly modern machine learning for time series,
Reference 56
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Observation 0702107b-b920-433d-a248-1563c0e3f813 · outbound
Data-driven Lake Water Quality Forecasting for Time Series with Missing Data using Machine Learning Scikit-learn: Machine learning in Python,
Reference 57
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No inbound Pith citation observations are available.