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Volume: 11 Issue 05 May 2025
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The Role Of Virtual Reality In Education
Information Technology
Due To Its Immersive And Engaging Learning Experiences, Virtual Reality (VR) Has Become A Game-changing Technology In Education, Improving Student Engagement And Memory. Using A Methodical Evaluation Of Current Research, This Paper Examines Empirical Studies On The Educational Uses Of Virtual Reality. Results Show That VR Allows For Experiential And Spatial Learning, Which Greatly Enhances Learning Results, Especially In STEM Subjects (Mikropoulos& Natsis, 2011; Merchant Et Al., 2014). Additionally, 360° Virtual Reality And Gesture-based Settings Support Embodied Cognition And Situational Awareness (Johnson-Glenberg, 2018;2021; Pirker & Dengel). VR Helps With Inclusive Education In Areas Other Than STEM, Like Helping Children With Autistic Spectrum Disorders (Lorenzo Et Al., 2013) And Encouraging Empathy Through Simulations That Require Perspective-taking (Shin, 2018). However, Obstacles Such As Exorbitant Expenses, Technological Constraints (such Motion Sickness), And Inadequate Training For Instructors Prevent Widespread Implementation (Radianti Et Al., 2020). There Are Still Unanswered Questions About VR's Long-term Cognitive Effects And Scalability In A Variety Of Educational Contexts, Despite The Fact That Its Immediate Advantages Are Widely Known. This Study Ends With Suggestions For Further Research, Highlighting The Necessity Of Pedagogical Integration Techniques, Fair Access, And Standardised Assessment Measures In Order To Fully Realise VR's Educational Potential.
Author: Pranav Kulkarni | Tushar Jadhav | Sanika .S. Shinde | Vedant Chinchulkar
Read MoreEvidence Management System Using Blockchain
Information Technology
The Study Suggests A Decentralised Evidence Management System That Uses Distributed Storage And Blockchain Technology To Protect, Authenticate, And Expedite The Lifetime Of Digital Forensic Evidence. This Solution Fixes Flaws That Can Jeopardise Court Proceedings, Such As Tampering, Illegal Access, And Ineffective Evidence Tracking. It Combines The InterPlanetary File System (IPFS) For Off-chain Storage And Employs A Two-tier Blockchain Topology That Divides Static Data From Dynamic Data. By Automating Access Control, Smart Contracts Strengthen Auditability And The Chain Of Custody. The Design Is Tamper-proof And Fault-tolerant, And It Has Secure Interfaces For Judicial And Law Enforcement Stakeholders. The Method Is A Transparent, Safe, And Effective Way To Address Contemporary Digital Forensic Issues Since It Increases Trust, Accountability, And Transparency In The Processing Of Digital Evidence.
Author: Rajlaskhmi K | Sakshi Gaikwad | Abhishek Ponde | Vivek Bhogade
Read MoreVehicular Traffic And Adaptive Ambulance Signal Change Using Raspberry Pi
Information Technology
The Increasing Traffic Congestion In Urban Areas Poses A Significant Challenge To Emergency Response Times, Especially For Ambulances, Fire Trucks, And Other Emergency Vehicles. Delays In These Situations Can Be Life-threatening, Making It Crucial To Find Solutions That Can Improve Response Times. This Paper Explores The Development Of A Traffic Control System (TCS) For Ambulance Tracking Using RFID Technology And Adaptive Signal Management, Aimed At Enhancing Emergency Vehicle Navigation Through Congested Areas. The System Utilizes Real-time RFID Tracking To Monitor Ambulance Movements And Adjust Traffic Signals Accordingly, Allowing Ambulances To Move More Efficiently Through Urban Traffic. The Proposed Solution Also Includes An Emergency Mail Notification System For Alerting Relevant Authorities In Case Of Emergencies. Through This System, The Goal Is To Optimize Traffic Flow, Improve Situational Awareness For Ambulance Drivers, And Enhance Safety. The Paper Also Discusses The Risks Associated With The System And Outlines Risk Management Strategies. Overall, The System Aims To Reduce Delays, Improve Emergency Response Times, And Ensure Safer And More Efficient Urban Traffic Management.
Author: S.S.Patil | Devendra Hawaldar | Khushi Raut | Ganesh Nage
Read MoreSmart Wheelchair
Electronics And Telecommunication
This Paper Presents The Design And Construction Of A Smart Wheelchair Prototype That Enhances Mobility And Autonomy For Individuals With Disabilities. The System Integrates Obstacle Detection Using Ultrasonic Sensors And Environmental Interaction Through Hand Gestures And Voice Commands. Designed On An Arduino Platform With Bluetooth Control And Android Interfacing, The System Also Features Patient Monitoring Capabilities, Ensuring Both Mobility And Safety. The Smart Wheelchair Emphasizes Affordability, User- Friendliness, And Adaptability In Varied Environments.
Author: Sulakshna. S .Patil | Shubham Gahininath Mane | Rushikesh Balasaheb Bangar | Vaibhav Bandu Potphode
Read MoreAn Improved Fire Detection Method Based On CNN
Computer Engineering
In Order To Minimize Damage, Fire Detection Is A Crucial Component Of Early Warning Systems In Both Urban And Rural Areas. And Quickening Response Times. Traditional Fire Detection Methods Have Limited Environmental Detecting Capabilities And Significant False-positive Rates.flexibility Because They Usually Depend On Manually Designed Features In Image Processing Or Sensor-based Systems. Convolutional Neural Networks This Study Proposes An Improved Fire Detection Method That Is Suited For Real-time Picture Processing Using Convolutional Neural Networks (CNNs). The Recommended Technique Uses A Lightweight Deep CNN Architecture That Can Accurately Distinguish Between Areas That Are Burning And Those That Aren't, In Various Lighting And Background Scenario. A Proprietary Dataset With A Range Of Fire Scenarios Was Used To Train And Evaluate The Model. Performance Metrics Such As Precision, Recall, F1-score, And Detection Time Were Significantly Improved In Comparison To Traditional Methods And Baseline CNN Models. The System's Robust Performance In Real-time Video Streams Makes It Suitable For Use In Surveillance Systems, Drones, And Smart City Applications.
Author: Sakshi Kharche | Saurabh Bakare | Sima Supekar | Gokul Bhor
Read MoreSustainable Transportation Planning In College Campuses
Information Technology
Sustainable Transportation Planning On College Campuses Is A Critical Aspect Of Creating Environmentally Friendly, Socially Inclusive, And Economically Viable Communities. This Paper Explores The Current State Of Sustainable Transportation On College Campuses, Focusing On The Promotion Of Walking, Bicycling, And Public Transit As Alternatives To Single-occupancy Vehicles. Drawing On Case Studies From Kent State University, The University Of Florida, And Other Institutions, This Research Examines The Opportunities And Challenges In Implementing Sustainable Transportation Policies. The Paper Highlights The Importance Of Infrastructure, Student Attitudes, And Institutional Policies In Fostering A Modal Shift Towards More Sustainable Transportation Options. Recommendations Are Provided For Universities To Enhance Their Transportation Systems, Reduce Environmental Impacts, And Improve The Quality Of Life For Students, Faculty, And Staff.
Author: Uday Jaybhaye | Rahil Mulani | Gayatri Thakar | Atharva Bendhari
Read MoreIs The Indian Taxation System A Burden On The Middle-class Population Of India
Tax, Economy
The Purpose Of This Study Is To Examine The Indian Tax System In Detail, As Well As How It Affects The Lives Of The Country's Middle Class And Whether It Is Beginning To Become A Burden For Them. Although The Indian Tax System Is Essential For Raising Money, Its Effects On The Middle Class Raise Questions About Economic Justice And Financial Pressure. The Economy's Backbone, The Middle Class, Bears The Combined Weight Of Indirect Taxes (excise Tariffs, GST) And Direct Taxes (income Tax) With Little Respite. They Make Substantial Tax Contributions, Yet Their Social Security Benefits Pale In Comparison To Those Of Lower-income Groups. The Financial Strain On Middle-class Individuals Is Further Increased By High Tax Slabs, Intricate Filing Processes, And Inflationary Pressures. The Gap In Discretionary Income Widens As A Result Of Infrequent Tax Changes To Reflect The Increased Cost Of Living. Furthermore, Their Savings And Purchasing Power Are Greatly Impacted By Indirect Taxes On Necessities.
Author: Sakshi Vijay Kharche | Shubham Maruti Adkar | Ritesh Deepak Deshpande | Rutuja Dongre
Read MoreTraditional To Digital Farming: Challenges, Policies, And Gains
Computer Engineering
The Transformation From Traditional Agriculture To Digital Agriculture Is A Revolutionary Shift Towards Enhanced Productivity, Sustainability, And Economic Returns For Farmers, Particularly In Developing Nations Like India. This Paper Examines The Impediments To The Uptake Of Digital Agriculture, Compares The Role Of Government Policies In Supporting The Transition, And Assesses The Economic Returns For Smallholder Farmers. Drawing On A Comprehensive Review Of The Literature And Empirical Data, This Paper Reports The Key Impediments As High Capital Outlay, Low Digital Literacy, Poor Internet Connectivity, And Weak Regulatory Frameworks As Key Barriers. Employing Interpretive Structural Modelling (ISM), The Paper Offers A Hierarchical Framework Of The Impediments, Identifying "lack Of Supportive Regulations" As A Primary Constraint That Impacts Other Issues, Such As Knowledge Gaps And Small Land Size. Government Schemes, Such As The Digital Agriculture Mission (2021-2025) And Schemes Like The Pradhan Mantri Kisan Samman Nidhi (PM-KISAN), Are Examined For Their Ability To Overcome These Impediments Through Subsidies, Digital Infrastructure, And Extension Services. Economic Returns For The Uptake Of Digital Technologies—precision Agriculture, Internet Of Things (IoT), And Digital Financial Services—lie In The Potential For Enhanced Crop Yields (up To 30% Based On A Number Of Studies), Reduced Input Costs (15-20%), And Enhanced Farmer Revenues (25-29%), As Illustrated Through Case Studies Such As The Banana Value Chain In India. This Paper Concludes That With Challenges Notwithstanding, Policy Interventions And Public-private Sector Partnerships Can Realize Large Economic Returns, As Envisioned By India's Vision To Double Farmer Incomes And Sustainable Agriculture Growth.
Author: Rajlakshmi Kashyap | Tharkeshwari Thombare | Deepak Aher | Pratik Patil
Read MoreIntegrating Urban Space And Human Activity: A Study On Spatial Function Mixture In The Era Of Information Technology
IT Engineering
Urban Space Management Is A Critical Factor In Sustainable City Development, Influencing Human Activities, Spatial Functionality, And Technological Integration. This Study Explores The Relationship Between Urban Spatial Function Mixture And Individual Activity Spaces, Emphasizing The Impact Of Information Technology On Urban Flows.Drawing From Research On Urban Area Structure Mixing And Human Activity Space, This Study Highlights The Importance Of Urban Structure Blending In Shaping Citizen Activity Patterns And Enhancing Spatial Utilization [1]. The Role Of Information Technology In Transforming Urban Space Flows And Connectivity Further Strengthens The Analysis Of Modern Urban Planning Approaches [2]. Additionally, Insights Into Urban Spatial Function Mixture And Individual Activity Spaces Contribute To Understanding How Functional Integration In Urban Spaces Affects Resident Mobility And Accessibility [3]. By Integrating Spatial Analysis And Technological Advancements, This Study Proposes Innovative Strategies For Optimizing Urban Environments. The Findings Contribute To The Discourse On Smart City Planning, Fostering A Balance Between Functionality, Efficiency, And Human-centric Urban Design.
Author: Ganesh Kanadaje | Sabyasachi Mohapatra | Gauri Patil | Sanmesh Satpute
Read MoreInnovative Strategies For Enhancing Agricultural Productivity: Integrating Modern Techniques For Sustainable Yield Improvement
Computer Engineering
The Burgeoning Global Population, Projected To Reach 9.1 Billion By 2050, Necessitates A 70% Increase In Food Production To Meet Rising Demands [1]. Traditional Farming Methods Are Increasingly Inadequate Due To Factors Such As Limited Arable Land And Climate Change. This Paper Examines Modern Agricultural Techniques Aimed At Enhancing Crop Yields Sustainably. Precision Agriculture Employs GPS And IoT Technologies For Optimized Resource Management, Leading To Increased Efficiency [2]. Biotechnological Advancements, Including CRISPR-Cas9, Enable The Development Of Crop Varieties With Improved Traits Like Pest Resistance And Drought Tolerance [3]. Controlled Environment Agriculture (CEA) Methods, Such As Hydroponics, Offer Higher Yields Per Unit Area By Meticulously Managing Environmental Factors [4]. Automation And Robotics Streamline Farming Operations, Addressing Labor Shortages And Enhancing Productivity [5]. Additionally, Artificial Intelligence And Machine Learning Provide Predictive Insights For Crop Management, Further Boosting Yields [6]. Integrating These Technologies Is Essential For Transitioning To More Productive And Sustainable Agricultural Practices.
Author: Atharv Kulkarni | Saurabh Bakare | Ishwari Nalwade | Pratiksha Das
Read MorePublic Perception Of Electric Vehicles In Rural Vs. Urban Areas: A Comparative Analysis
Computer Engineering
This Study Examines How Both Urban And Rural Residents View Electric Cars (EVs), With Particular Attention To Infrastructure Accessibility, Budgetary Limitations, Lifestyle Suitability, And EV Technological Awareness. It Seeks To Pinpoint The Particular Difficulties That Each Group Faces And Offer Practical Advice For Raising EV Adoption Rates. Additionally, The Study Seeks To Comprehend Obstacles Including Range Anxiety, Inequalities In Charging Infrastructure, The Price Of Vehicles, And False Beliefs On Sustainability And Performance. By Addressing These Problems, Marketing Plans And Legislative Initiatives Will Be Able To Hasten The Switch To Electric Vehicles In A Variety Of Geographical Areas. Through The Promotion Of Cleaner Transportation Options, The Findings Will Support Sustainability And Environmental Initiatives. Increasing The Use Of EVs Will Lessen The Consequences Of Climate Change, Cut Down On Carbon Emissions, And Reduce Reliance On Fossil Fuels.
Author: Vivek Bhogade | Rahul Keche | Rahul Mohite | Gauri Tribhuvan
Read MoreDigital Survey: Cyber Security Awareness Among Internet Users
Computer Engineering
Because Of The Internet's Increasing Dependence On Digital Platforms, Cyberthreats Including Malware And Phishing Have Escalated. Many Internet Users Are Still At Risk Despite Developments Because They Are Unaware Of Their Vulnerability. In Addition To Examining Ways To Improve Responsible Digital Behaviour And Encouraging Education And Awareness Campaigns For A Safer Online Environment, This Study Looks At Students' Awareness Of Cyber Security In Higher Education..
Author: Abhishek Ponde | Dipti Kotawadekar | Das Laxmi | Praful Sasane
Read MoreAI Enabled Weather Forecasting For Rural Farmers: A Case Study Approach
Computer Engineering
Traditional Weather Forecasting Methods Often Fall Short In Delivering Hyperlocal Predictions Crucial For Agriculture, Especially In Rural Areas. Artificial Intelligence (AI) And Machine Learning (ML) Can Transform Weather Forecasting Systems By Providing Precise, Timely, And Localized Predictions. This Paper Explores How AI-based Models Improve Agricultural Outcomes For Rural Farmers By Anticipating Rainfall, Temperature, And Climatic Patterns, Enhancing Decision-making And Crop Planning. A Case Study Approach Demonstrates How AI Tools Reduce Uncertainty And Agricultural Losses While Promoting Data-driven Farming Practices. The Study Highlights The Integration Of AI With IoT, Satellite Data, And Real-time Weather Monitoring Systems To Build A Holistic Weather Advisory Ecosystem For Farmers. Furthermore, The Abstract Outlines The Practical Implementation And Effectiveness Of AI-based Forecasting Models Through A Detailed Case Study In Maharashtra. It Discusses The Role Of Government And Local Participation In Promoting AI Adoption, With Emphasis On Improving Economic Conditions For Smallholder Farmers. The Abstract Also Provides A Snapshot Of The Results, Which Suggest Tangible Improvements In Crop Planning And Yield Due To AI Intervention. These Findings Align With Earlier Studies Indicating Improved Productivity Through Neural Network Models [1].
Author: Sanika Dhanve | Manas Kale | Tejas Phadatare | Sujal Dherange
Read MoreACADEMIC BURNOUT AS AN EDUCATIONAL COMPLICATION : A CROSS-SECTIONAL STUDY
Computer Engineering
Educational Burnout Has Become A Serious Educational Affliction, Impairing Students' General Well-being And Academic Functioning. It Is Defined By Long-term Emotional Exhaustion, A Feeling Of Decreased Effectiveness, And Detachment From Academic Activities (I). This Experience Is Becoming More And More Prominent In Educational Institutions, Especially Higher Education, Where The Pressure To Excel Academically Is At Its Highest Level (II). The Causal Factors For Academic Burnout Are Complex, Involving Excessive Workload, Unrealistic Expectations, Inadequate Support Systems, And Ineffective Time Management (III). These Factors Usually Result In Students Feeling Chronically Stressed, Which May Interfere With Cognitive Functioning, Reduce Motivation, And Prevent Academic Achievement (IV). Furthermore, Academic Burnout May Have Lasting Implications On Mental Health, Manifesting In Anxiety, Depression, And Even Physical Illness (V). In Spite Of The Growing Incidence Of Burnout, It Is Still Under-addressed In Most Academic Institutions (VI). This Paper Discusses The Causes And Effects Of Academic Burnout, As Well As Measures That Can Counteract Its Effects. It Emphasizes The Necessity Of An Integrated Approach That Includes Institutional Support, Proper Coping Strategies, And A Balanced Academic Environment To Minimize The Incidence And Severity Of Burnout Among Students.
Author: Shreya Khobragade | Mr.Prashant Ghadagea | Mr. Omkar Sathe | Mr. Vishvjeet Shirsagar
Read MoreEmpowering The Nation: Strategic Roles Of Youth In Nation Building And Development
Computer Engineering
Nation Building Requires Not Only Visionary Leadership But Also The Collective Energy, Ambition, And Innovation Of Its Youth. As The Most Dynamic And Populous Demographic Segment In Many Nations, Young People Bring Fresh Perspectives, Technological Fluency, And An Unrelenting Drive For Reform [1]. Through Education, Entrepreneurship, Political Engagement, And Civic Activism, Youth Are Reshaping The Contours Of Governance And Sustainable Development [2][3]. This Paper Explores These Strategic Roles And Identifies Barriers Such As Underrepresentation, Unemployment, And Skill Gaps That Constrain Youth Potential. Using An Interdisciplinary Analysis, We Propose Systemic Reforms And Institutional Platforms For Youth Empowerment. A Robust Integration Of Youth Into Development Strategies Is Not Merely Advantageous—it Is Essential For Resilience And National Progress [4][5].
Author: SIDDHESH GORAKH SHELAR | SIDDHI PARAMANAND PATIL | KRISHNA MALLESH JADGE
Read MoreFrom Waste To Well-being: An Intelligent Food Redistribution Framework For India
Computer Engineering
Hunger Continues To Plague Millions Globally, Also The Most Pressing Challenge Of The 21st Century, Disproportionately Affecting Developing Nations. India Is Ranking 105th In The Global Hunger Index Despite Producing Sufficient Food To Feed Its Population. This Paradox Stems From Unequal Distribution, Inefficiencies In The Food Supply Chain, And Extensive Food Wastage. This Paper Proposes An AI-powered Food Redistribution System That Leverages Real-time Data, Machine Learning Algorithms, And Blockchain Technology To Optimize The Collection And Delivery Of Surplus Food. The System Connects Food Donors—such As Restaurants, Supermarkets, Weddings And Events, And Households—with NGOs, Food Banks, And Underserved Communities. By Enabling Predictive Analytics, Smart Routing, And Transparent Tracking, The Model Aims To Significantly Reduce Food Wastage, Address Undernourishment, And Create A Scalable, Tech-driven Approach To Hunger Eradication. The Proposed Framework Offers A Sustainable Solution That Aligns With Global Goals For Zero Hunger And Efficient Resource Utilization.
Author: Tanmay Dharmik | Sankrita Tayade | Abhishek Meshram | Aman Gajage
Read MoreHarnessing Artificial Intelligence: Transforming Plastic Waste Management Through Machine Learning
Computer Engineering
Traditional Methods For Handling Plastic Waste Are Struggling To Keep Up With The Increasing Environmental Crisis. Machine Learning And Artificial Intelligence (AI) Can Revolutionize Waste Management By Automating Sorting, Predicting Waste Trends, And Optimizing Recycling Processes. This Article Explores How AI And ML Can Make Our Planet Cleaner And More Sustainable, Addressing The Pressing Environmental Challenge Of Plastic Waste [1]. This Paper Explores How Artificial Intelligence And Machine Learning (ML) Are Revolutionizing Recycling By Improving Waste Classification And Efficiency. AI-powered Systems, Using GPU-driven Image Processing Techniques, Accurately Identify And Categorize Waste Types, Reducing Human Intervention And Increasing The Accuracy And Speed Of Waste Segregation, Thereby Promoting Sustainable Waste Management. AI And ML Are Revolutionizing Plastic Waste Management By Making Recycling Smarter, Reducing Inefficiencies, And Predicting Waste Trends. Well-trained AI Models Can Accurately Classify Waste Into Organic Or Recyclable, Enhancing Efficiency And Sustainability. Future Research Should Focus On Expanding These Models To Handle Diverse Waste Types And Integrating IoT Devices For Real-time Waste Monitoring And Management [2].
Author: Sneha Shetfale | Kavy Changela | Kabir Dhondutatya | Asmita Ghalme
Read MoreExploring The Potential Of Cocopeat For Soil-less Agriculture In Modern Farming
Computer Engineering
Cocopeat, Derived From Coir Pith, Has Emerged As A Sustainable Growing Medium In Soilless Farming Due To Its Excellent Water Retention, Aeration, And Eco-friendly Nature. It Provides A Stable Structure For Plant Roots, Reducing The Need For Excessive Watering While Preventing Soil-borne Diseases. However, Its High Lignin And Cellulose Content Slows Decomposition, Limiting Microbial Activity And Natural Nutrient Release. Since Cocopeat Alone Lacks Essential Nutrients For Long-term Plant Growth, It Is Often Enriched With Organic Amendments Like Compost, Vermicompost, Or Biofertilizers. These Additions Enhance Its Nutrient Profile, Promote Microbial Activity, And Improve Overall Plant Health. Beyond Agriculture, Cocopeat Plays A Crucial Role In Sustainability. Processing Coir Pith Into Cocopeat Reduces Waste From The Coconut Industry And Minimizes Environmental Pollution. Additionally, It Serves As An Eco-friendly Alternative To Peat Moss, Helping To Preserve Peatlands And Reduce Carbon Emissions. With Applications In Hydroponics, Greenhouse Farming, And Urban Agriculture, Cocopeat Is Becoming A Key Component Of Modern, Sustainable Farming. However, To Maximize Its Benefits, Proper Supplementation With Organic Matter And Nutrients Is Essential To Support Healthy Plant Growth And High-yield Production.
Author: Kishor Khandagle | Kiran Kawale | Shweta Kedari | Sakshi Pawar
Read MoreThe Role Of Organic Fertilizers In Enhancing Soil Fertility And Crop Yield In Organic Farming Systems
Computer Engineering
Organic Fertilizers Are Fundamental To Maintaining Soil Fertility And Enhancing Crop Productivity In Organic Farming Systems. Unlike Synthetic Inputs, Organic Amendments Such As Compost, Vermicompost, Farmyard Manure (FYM), Green Manures, And Biofertilizers Not Only Supply Essential Nutrients But Also Improve The Physical, Chemical, And Biological Properties Of The Soil. This Research Investigates The Impact Of These Organic Inputs On Key Soil Health Indicators—including Microbial Activity, Organic Matter Content, And Nutrient Availability—and Their Correlation With Crop Yield Performance. These Findings Indicate That Treatments Involving Vermicompost And FYM Significantly Enhance Soil Organic Carbon, Available Nitrogen, Microbial Biomass, And Plant Growth Compared To Control Plots. Supporting Literature Emphasizes The Long-term Benefits Of Organic Fertilizers, Including Improved Soil Structure, PH Balance, Water Retention, And Biodiversity. Additionally, The Integration Of Microbial Inoculants Like Biofertilizers Further Optimizes Nutrient Cycling And Plant Health. Beyond Productivity Gains, Organic Fertilizers Contribute To Climate Resilience And Environmental Conservation, Aligning With Global Goals For Sustainable Agriculture. This Study Underscores The Importance Of Site-specific Organic Fertility Management Strategies To Maximize Agricultural Output While Preserving Ecological Integrity.
Author: Kumar Patil | Mahesh Manolikar | Mayuri Bhujbal | Misba Pathan
Read MoreEarly Detection And Management Of Forest Fires Caused By Natural Events
Computer Engineering
Forests Are An Essential And Integral Part Of Our Ecosystem. It Plays A Crucial Role In Maintaining The Ecological Equilibrium. They Are The Habitat To Various Species Of Animals. Being The Major Producers Of Oxygen, The Very Existence Of All Living Organisms Depends On The Forest. However, The Biggest Threats To These Forests, In Recent Times Are The Increased Number Of Forest Fires. Growing At An Alarming Rate, Forest Fires In India Have Become The Talk Of The Hour. This Research Paper Is A Medium Through Which More People Can Become Aware About The Horrors Of Such Naturally Occuring Wildfires. When More People Will Become Familiar With The Problem, It Becomes Easy To Take Preventive Measures. This Research Aims To Provide Effective Mitigation Solutions To Deal With This Natural Crisis. The Research Shall Talk About The Causes Of These Wildfires And The Challenges Involved, And Measures That Should Be Considered To Control These. Another Major Objective Is To Provide Sustainable, Cost Effective And Efficient Solutions.)