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871 to 880 of 8,481 Results

LoggerMKR0lp8e.ino Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments Unknown - 33.9 KB - MD5: 724dacd096bbf6908ba6b90cb29911aa Code Arduino source code to operate and control the water level gauge
RTClib.h Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments C++ Source - 18.7 KB - MD5: c2a04e1114dd919964fb85a2777fa8c1 Code Arduino library modified to meet the specific needs to this application
RTC_PCF8523.cpp Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments C++ Source - 13.7 KB - MD5: e8c2f841ff6ec02883603f33167fa58a Code Arduino library modified to meet the specific needs to this application
SCWL_gauge_electronic_design_April_2025.pdf Apr 14, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments Adobe PDF - 4.6 MB - MD5: 6de16de0816d6df2d6285ac2ed777267 Documentation Electronic circuit diagram and electronic schematic plus alternative circuit diagram to implement an ultra-low-power version of the device
SCWL_gauge_mechanical_design_April_2025.pdf Apr 14, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments Adobe PDF - 4.5 MB - MD5: 8dffebc877c7e1e51d399e05cadf8247 Documentation Description of the components of the self-contained gauge assembly and mechanical drawings
Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects Apr 4, 2025 - UMR ESPACE-DEV Vargas Rojas, Luis Felipe; Mougenot, Isabelle; Armant, Vincent, 2025, "Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects", https://doi.org/10.23708/HINPOP, DataSuds, V1 Context: This artifact was produced within the context of the European Horizon Project Eco2Adapt, and as part of my postdoctoral research. These validation rules were designed to validate forestry datasets such as trees within plots or particular areas. However, they were general...
geoShape.ttl Apr 4, 2025 - Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects Turtle RDF - 9.1 KB - MD5: f20ba0cecad6e7745aedd870d4ce2ab0 Données SHACL shapes in Turtle format
read_me.txt Apr 4, 2025 - Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects Plain Text - 1.1 KB - MD5: f879529f0a93b97855b722416c19eb13 Documentation Dataset citation, description and terms of use
River and Lake Surface Water Elevations from Nadir Radar Altimeters in the Congo River Basin (1995 - 2021) Apr 4, 2025 - UMR LEGOS Papa, Fabrice; M. Kitambo, Benjamin; Paris, Adrien, 2025, "River and Lake Surface Water Elevations from Nadir Radar Altimeters in the Congo River Basin (1995 - 2021)", https://doi.org/10.23708/ASY30O, DataSuds, V1 The dataset provides surface water elevations derived from nadir radar altimeters for different periods of time in the Congo River Basin at 2107 Virtual Stations (VS), over rivers and lakes. It is based on time series from ERS-2, ENVISAT and ENVISAT-2, SARAL-Altika (repeat cycle...
Read_me.txt Apr 4, 2025 - River and Lake Surface Water Elevations from Nadir Radar Altimeters in the Congo River Basin (1995 - 2021) Plain Text - 1.9 KB - MD5: 0ea6b8e5977a56975bca9c964af52cfe Documentation Data citation, description and terms of use

LoggerMKR0lp8e.ino

Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments

Unknown - 33.9 KB -

Code

Arduino source code to operate and control the water level gauge

RTClib.h

Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments

C++ Source - 18.7 KB -

Code

Arduino library modified to meet the specific needs to this application

RTC_PCF8523.cpp

Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments

C++ Source - 13.7 KB -

Code

Arduino library modified to meet the specific needs to this application

SCWL_gauge_electronic_design_April_2025.pdf

Apr 14, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments

Adobe PDF - 4.6 MB -

Documentation

Electronic circuit diagram and electronic schematic plus alternative circuit diagram to implement an ultra-low-power version of the device

SCWL_gauge_mechanical_design_April_2025.pdf

Apr 14, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments

Adobe PDF - 4.5 MB -

Documentation

Description of the components of the self-contained gauge assembly and mechanical drawings

Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects

Apr 4, 2025 - UMR ESPACE-DEV

Vargas Rojas, Luis Felipe; Mougenot, Isabelle; Armant, Vincent, 2025, "Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects", https://doi.org/10.23708/HINPOP, DataSuds, V1

Context: This artifact was produced within the context of the European Horizon Project Eco2Adapt, and as part of my postdoctoral research. These validation rules were designed to validate forestry datasets such as trees within plots or particular areas. However, they were general...

geoShape.ttl

Apr 4, 2025 - Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects

Turtle RDF - 9.1 KB -

Données

SHACL shapes in Turtle format

read_me.txt

Apr 4, 2025 - Geographic Shapes: Semantic Web Rules to Validate Geospatial Objects

Plain Text - 1.1 KB -

Documentation

Dataset citation, description and terms of use

River and Lake Surface Water Elevations from Nadir Radar Altimeters in the Congo River Basin (1995 - 2021)

Apr 4, 2025 - UMR LEGOS

Papa, Fabrice; M. Kitambo, Benjamin; Paris, Adrien, 2025, "River and Lake Surface Water Elevations from Nadir Radar Altimeters in the Congo River Basin (1995 - 2021)", https://doi.org/10.23708/ASY30O, DataSuds, V1

The dataset provides surface water elevations derived from nadir radar altimeters for different periods of time in the Congo River Basin at 2107 Virtual Stations (VS), over rivers and lakes. It is based on time series from ERS-2, ENVISAT and ENVISAT-2, SARAL-Altika (repeat cycle...

Read_me.txt

Apr 4, 2025 - River and Lake Surface Water Elevations from Nadir Radar Altimeters in the Congo River Basin (1995 - 2021)

Plain Text - 1.9 KB -

Documentation

Data citation, description and terms of use

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