№ files_lp_4_process_3_126971
File format: docx
Character count: 25703
File size: 1282 KB
Year:
2010-2018
Region / city:
Republic of Guinea
Topic:
Wildfire dynamics, Rainfall, Climate change
Document type:
Research article
Author:
Not specified
Target audience:
Researchers, Policymakers
Period of validity:
Not specified
Approval date:
Not specified
Date of amendments:
Not specified
Keywords:
Wildfires, Rainfall, Guinea, Climate change, Spatio-temporal dynamics
Context:
A research study examining the relationship between rainfall patterns and wildfire dynamics in Guinea, emphasizing the role of rainfall in regulating and spatially distributing wildfires in the country.
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The product description is provided for reference. Actual content and formatting may differ slightly.
Year:
2026
Region / City:
Kyoto, Hyogo, Japan; Legon-Accra, Ghana
Subject:
Animal behavior, primate movement coordination
Document type:
Supplementary material
Institution:
Kyoto University, University of Hyogo, University of Ghana
Authors:
Maho Hanzawa, Yoshiki Morimitsu, Erasmus H Owusu, Richard D Suu-Ire, Naofumi Nakagawa
Target audience:
Primatologists, wildlife biologists, researchers in animal behavior
Data collection method:
GPS collar tracking, direct observation, veterinary procedures
Sample:
Five adult patas monkeys (one male, four females)
Procedures:
Immobilization with zoletil and medetomidine, morphometric and biological data collection, post-procedure monitoring
Ethics:
Animal handling and welfare protocols followed, medetomidine reversed with atipamezole
Observation period:
Immediate post-collaring monitoring plus several days follow-up
Note:
Year
Theme:
Wildfires
Document Type:
Template
Organization:
Federation of BC Woodlot Associations
Target Audience:
Woodlot licensees, forestry professionals
Subject:
Wildfire impact on woodlot license amendments
Additional Information:
Contains instructions for updating woodlot license plans following wildfires
Year:
2012
Location:
Newton Rigg, UK
Subject:
Precipitation measurement, Wind-induced undercatch, Rain gauge accuracy
Document Type:
Research paper
Institution:
Newcastle University, Environmental Measurements Limited
Authors:
Paul Quinn, Mark Wilkinson, Michael Pollock, Mark Dutton
Target Audience:
Scientists, Hydrologists, Researchers
Period:
At least 1 year (experiment duration)
Approval Date:
July 5th, 2012
Last Modification Date:
N/A
Keywords:
Rainfall measurement, Wind-induced undercatch, Rain gauges, Scientific experiment, Accuracy in precipitation data
Subject:
Hurricane analysis and meteorological calculations
Topics:
Satellite data, rainfall volume, heat release, storm surge, cyclone comparison
Geographic Focus:
Atlantic Ocean, Florida Peninsula, Yucatan Peninsula, Southern Hemisphere, Brazil
Storms Referenced:
Hurricane Isabel, Hurricane Wilma, Hurricane Katrina, Hurricane Catarina, Cyclone George
Scientific Concepts:
Water density, latent heat of condensation, energy comparison, storm structure
Energy Reference:
58-megaton Soviet nuclear test (1961)
Document Type:
Educational worksheet
Intended Audience:
Students studying meteorology or earth science
Structure:
Multi-part laboratory activity with quantitative and analytical questions
Format:
Question-based assignment requiring calculations, diagrams, and written explanations
Year:
1968–2025
Region / City:
Mysuru, Karnataka, India
Subject:
Rainfall variability and seasonal distribution
Document Type:
Research study
Institution:
Agro-Meteorological Field Unit, Organic Farming Research Station, Naganahalli
Author:
Not specified
Target Audience:
Agricultural planners, researchers, and meteorologists
Study Period:
58 years
Data Source:
Observational rainfall records
Methodology:
Descriptive statistical analysis, Mann–Kendall test, Sen’s slope estimator
Key Findings:
Mean annual rainfall 693.2 mm, high inter-annual variability, bimodal seasonal distribution, weak increasing trend
Application:
Climate-resilient agricultural planning and water resource management
Year:
2024
Region / City:
Mysuru, Kodagu, Mandya, Chamarajanagara
Topic:
Rainfall statistics
Document type:
Report
Organization:
Department of Meteorology
Author:
Unknown
Target Audience:
Meteorological analysts, researchers
Effective period:
1st March 2024 - 20th May 2024
Approval date:
2024-05-20
Date of revisions:
None
Year Range:
2001–2024
Region / Location:
Lower Dhansiri River Catchment, Assam, India
River Basin:
Brahmaputra River System
Subject Area:
Climatology, Hydrology, Rainfall Variability
Keywords:
Rainfall variability, monsoon rainfall, climate trends, extreme rainfall events, coefficient of variation, Northeast India
Document Type:
Original Research Article
Study Focus:
Long-term rainfall variability, seasonal rainfall patterns, storm and event-based rainfall characteristics
Climate Zone:
Humid Subtropical Monsoon Climate
Seasons Analyzed:
Monsoon (May–September), Post-monsoon (October–November), Pre-monsoon (March–April), Winter (December–February)
Data Type:
Daily rainfall records from meteorological stations
Statistical Methods:
Mean, standard deviation, coefficient of variation (CV), skewness, kurtosis, rainfall intensity analysis, Z-score classification
Average Annual Rainfall:
1,222.4 mm
Primary Hydrological System:
Dhansiri River (tributary of the Brahmaputra River)
Main Environmental Context:
Rainfall-driven hydrology affecting agriculture, flood risk and regional socio-economic systems
Land Use Context:
Agriculture (rice, tea, jute), forest cover, and expanding urban settlements
Extreme Event References:
Major rainfall extremes and floods reported in 2004, 2010 and 2012
Year:
Not specified
Subject:
Mathematics and Meteorology
Type of document:
Educational notes
Author:
Not specified
Audience:
Students
Data coverage:
January–December
Content:
Math SAT scores analysis and monthly rainfall measurements
Format:
Text with instructions for graph creation
Source type:
Classroom educational material
Contains:
Numerical data, questions, and graphing instructions
Provides:
Step-by-step guidance for line graph construction
Year:
2001–2024
Region / Location:
Lower Dhansiri River catchment, Assam, India
Theme:
Hydroclimatic variability and trends
Document type:
Research article
Institution / Organization:
Not specified
Author:
Not specified
Keywords:
Rainfall variability, monsoon rainfall, climate trends, extreme events, coefficient of variation, Northeast India
Methodology:
Statistical analysis of daily rainfall data from meteorological stations
Focus:
Annual, seasonal, event-based and storm-based rainfall characteristics
Implications:
Flood risk management, agricultural planning, water resource sustainability