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Other answers here flatly ignore the Bundy side of the dispute, and promote a US Federal Government “narrative” which ignores a lot of rather pertinent facts. That is in my opinion is quite simply dishonest, and not at all answering the question asked.If you do not have some inkling as to why the Bundys did what they did, you have no business answering this question at all. That does not mean you need to agree with them — I don’t — but seriously if you don’t understand the issues, you should not write an answer.What I have seen others do is write a description of what the Bundys did, and imply the only motive was personal greed.That is just crap.Edit: I had a person saying that Bundy had not paid grazing fees for two decades. It is also true that the US Government took what is now the western USA from Mexico in 1848 (as well as ignoring claims of indigenous people) with the understanding by US citizens that the vast majority of that land would be made available for private ownership, which the Mexican government allowed. That was ~ 170 years ago. The US Government ended the homestead program, which rules were crazy impractical for the deserts of the west. Their simply is no honest reason for civil servants to control western lands as they do, and that has been going on for over 100 years.End EditThe Bundy’s and associates broad motivations and the broader political picture are relevant to the story.The question asked is why the Bundy family have a standoff with the US Federal government, to honestly answer to the question you must have some understanding of some facts, the most central of which is abusive absentee landlord role the US Government has filled in the west.Who Owns the West? Federal Lands 2014This map is a spectacular example of how data reshape public perception and knowledge. Very simple in nature it nevertheless shocks an average citizen by giving clarity to the data usually buried in obscure tables. East versus west, federal versus private, - the contrast is sharp and reverberates in the minds entangled with American history. The map achieved "viral" status in social media and keeps resurfacing into the spotlight.A more detailed map source:Printable Maps - Federal LandsAlmost all of Nevada (far more than 90%) is owned by the federal government. The US Government does not pay state land taxes, but rather makes tiny contributions to the state “in lieu of taxes”. The Federal Government in general refuses to sell any land in the west to private individuals or corporation or state governments.The Federal Government arbitrarally ended the homestead acts allowing peaceful legal transfer of land from the federal government to private individuals. The management of federal lands is abusive of the ecology, and rights of local people in the west.The Case Against the Case for Federal Land ManagementForest FiresConsider the case of the California wildfires.In 2017, 1.4 percent of California lands burned as wildland fires raged across the state, often with devastating consequences. The fire damage of 2018 was even worse.Nineteen million acres of California forests—almost 20 percent of the state's total land area—are owned and managed by the federal government. The fires are in significant part the product of past federal forest mismanagement.The Forest Service policy of total fire suppression, in place for most of the 20th century, meant California's national forests contained large volumes of kindling-like small trees and underbrush. Before the Forest Service embarked on its crusade to suppress them, frequent but much smaller fires routinely removed these "excess fuels" while leaving the larger trees little affected.Note: controlling small fires to prevent vast forest fires was the broad policy followed by native people prior to European colonization.Native American use of fire in ecosystems - WikipediaWhat was initially perceived by colonists as "untouched, pristine" wilderness in North America, was actually the cumulative result of these occasional, managed fires creating an intentional mosaic of grasslands and forests across North America, sustained and managed by the original Peoples of the landbase.[3][4][5][6][7]Radical disruption of Indigenous burning practices occurred with European colonization and forced relocation of those who had historically maintained the landscape.[8] Some colonists understood the traditional use and potential benefits of low intensity, broadcast burns ("Indian-type" fires), while others feared and suppressed them.[8] In the 1880s, impacts of colonization had devastated indigenous populations, and fire exclusion became more widespread; by the early 20th century fire suppression had become official U.S. federal policy.[9] Understanding pre-colonization land management, and the traditional knowledge held by the Indigenous peoples who practiced it, provides an important basis for current re-engagement with the landscape and is critical to correctly interpreting the ecological basis for vegetation distributionNative Americans Reveal Their Secrets To Preventing Forest Fires And MoreMany Native American tribe had actually deliberately started fires in order to free up the land for agriculture, or promote the growth of certain plants that would attract deer and other animals they could hunt.However, their occasional, controlled fires helped to clear away the brush and debris and rejuvenate the forest. By gradually clearing away flammable material on the ground, Native Americans’ deliberate fires may have prevented large forest fires like those we see today. As Dr. Kevin Ryan, a former Forest Service research put it, “Anthropogenic fire shaped North American millennia, so that many ecosystems are dependent on periodic fire.”Various tribes in the west today are capitalizing on changed laws to resume their age-old traditions and save our forests.GrazingFederal Land Management Has Been DisastrousFederal management of the West’s resources has been disastrous for decades. The impetus for the Oregon occupation is the imprisonment of a father and son for setting fire to federal lands to control invasive species moving to private lands and to help prevent wildfires, a huge land management problem in the West.Ranch Diaries: The anti-ranching, misinformed discourse around MalheurThe single most overlooked fact about federal grazing permits is that they are attached to actual property rights. Contrary to the misinformation perpetuated by phrases like “welfare ranchers,” a federal grazing permit involves much more than a low grazing fee. The most common way to graze livestock on federally owned land is to purchase a ranch with an attached permit for nearby lands. Keep in mind that anyone ranching with a federal permit owns the exclusive right to graze livestock on a certain range but must share other uses of the land because the federal government holds the title.Upon acquiring the base property and associated grazing rights, the rancher is required to sign a ten-year permit with the federal government. This contract gives the Forest Service or Bureau of Land Management the authority to regulate how that rancher manages livestock on federal land. If a person purchases a multi-million dollar ranch that includes grazing rights on federal land, he or she still has to pay an annual grazing fee per head of livestock as part of the permit. It’s most similar to the maintenance fees that co-op owners in an apartment building pay as dues. They may not own the land or the physical structure of the building, but they own the right to use their apartment, according to the terms of a contract.This system is rife with abuse by federal officials, and mismanagement of resources that private owners would never tolerate, but civil servants with guaranteed pensions don’t give a damn about.

When consumers look for a weight loss program, they usually look for easy diets to follow. After all, who wants to spend weeks learning a complicated system? But almost every program claims to be easy, so it can be hard to choose the best plan.How to Find the Easiest DietEveryone has a different lifestyle and different food preferences, so the easiest diet for your co-worker or your neighbor might not be the easiest diet for you. The key to getting sustainable weight loss results is to find the plan that works best with your specific skill set and your specific lifestyle.Ask yourself a few important questions before you look for a diet:How much time do I have to cook and prepare foods?Do I like to cook and spend time in the kitchen?Do I like to try new tastes and flavors?Do I have time to grocery shop?How much weight do I have to lose?How much money can I spend on a diet and for how long will I be able to maintain this budget?Do I enjoy eating foods that are considered to be healthy, like fruits, vegetables or lean meats?Do I prefer comfort foods like pasta, bread, and baked goods?If you find a diet that fits into your regular routine and satisfies your food preferences, you're more likely to stick to it long enough to see real weight loss results. In addition, if the plan is simple you're likely to maintain the good eating habits after you've reached your goal weight, so weight maintenance becomes easier as well.Easy Diets to Follow—Top PicksEasy diets fall into one of three categories. You'll notice that almost every easy diet has certain key characteristics in common. Portion control, for example, is essential for almost every diet to work. But there are some differences between top diets that may make one plan easier for you to follow. Your answers to the questions above will help you find the best plan for you.The Easiest Diet for ConvenienceMeal delivery plans are the easiest diets for people who have very little time to cook and prepare food. Often these plans provide small microwavable meals that you can heat up on the go, calorie-controlled shakes to drink, or small snack bars to nibble when you don't have time to sit and eat.This is the best easy diet for people who can make a financial commitment to a diet program (depending on the amount of weight you have to lose, your total cost can run in the thousands) and people who don't like to or don't have time to prepare three meals each day.This is not the easiest diet for people who enjoy large quantities of food (meals and snacks are usually quite small), people who enjoy cooking all of their meals, and people who don't want to invest too much money into their weight loss program.The Easiest Diet for SimplicityIf you don't want to spend time and money learning a point system or setting up food delivery, then you need a diet that is quick and easy to learn.There are some diets like Atkins and The South Beach Diet that provide simple food lists. If you eat the foods on the approved list and avoid other foods, you'll lose weight. But to really take advantage of these programs long-term, you should read the books associated with the diets.My pick for the big winner in this category is calorie counting. Why? Because counting calories simply requires basic math skills that you already know and there are free apps that make the process super simple.Calorie counting is like budgeting. You take five minutes to use a calorie calculator and determine your daily calorie budget, then each day deduct calories from your budget as you eat. It's simple, but it takes consistent input, which is easy for some but overwhelming for others.This is the best easy diet for someone on a budget who is willing to use tech devices (like a smartphone) to put forth small consistent efforts on a daily basis to slim down.This is not the easiest diet for someone who isn't likely to be consistent with food tracking. This might include someone without access to their smartphone at mealtime or someone who isn't likely to be honest about what they eat and how much they eat.The Easiest and Most Accessible DietSometimes the easiest weight loss plan is the one that is easiest to find. There are certain diet products you can find at your regular grocery store that will help you to slim down. They allow you to eat (at least some of) the foods that you normally eat. In this category, the Lean Cuisine diet or the SlimFast Diet plan are top picks.You'll find frozen meals by brands like Lean Cuisine or Smart Ones in nearly every market in the country. The meals are relatively inexpensive, portion-controlled, and microwavable. For around 300 calories you can eat foods that you are familiar with, like meatloaf, pasta or turkey, and stuffing.If you choose the SlimFast Diet, you simply consume two easy-to-find SlimFast products as replacements for two meals during the day and eat three low-calorie snacks. Then enjoy one additional 500-calorie meal that you buy or prepare on your own.This is the best easy diet for consumers who don't want to read books, compare online programs, or make a long-term investment in a food delivery service. These diets are also better suited for dieters who have less weight to lose.This is not the easiest diet for those who have more pounds to lose or for those who have medical concerns that limit the amount of salt or added sugar in their diet. Some frozen meals and shakes are high in sodium and some have added sugars.What's the Easiest Diet to Follow?One of the problems with many of the easy diets listed is that they include a lot of processed foods. Frozen products and microwavable meals are generally not as nutritious as a home-cooked meal. And if you get used to eating foods like brownies and chocolate shakes when you're slimming down you may continue to crave those foods after the diet is over. And of course, if you consume non-diet versions of those foods, the pounds will come back.So which plan would I recommend as the easiest diet to lose weight? Portion control. Simply eat the foods you currently enjoy at mealtime, but eat less.Controlling your portions during meals and snacks requires no special skills, no financial commitment, no special food preparation, and you can always eat what everyone else is eating. It does require a little bit of research to find out proper food portion sizes for weight loss, but that investigation can take ten minutes or less. Many organizations, like the National Institutes of Health, provide a printable card that you can carry with you for reference.The other benefit to using portion control for weight loss is that it naturally encourages healthy eating habits. If you choose to consume empty calories—foods high in saturated fats and added sugar—you won't be able to eat very much. A single portion size of chocolate, for example, is just one ounce. But if you choose to satisfy your sweet tooth with fresh fruit, you can gobble a half to a full cup of sweetness and the fiber in fruit will help you to stay full and satisfied so you're less tempted to eat again soon after snacking.Similarly, if you decide to satisfy your cravings for crunchy salty foods by eating chips, you can eat about 15 to 18 chips. That's not enough to curb your hunger in most cases. But if you choose to chop up crunchy cucumbers and radishes you can eat a cup or two of the veggies for a satisfying snack.And the best part about portion control is that it is free. There is no membership fee, no shipping charge, and no book to buy. Portion control allows you to start your weight loss program from where you are—eating foods that you enjoy, and then it gradually nudges you towards a more nutritious eating pattern.

Sure. 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webSurfacingSearch results deduplicationWeb log analysisTraffic analysisWeb applicationsInternet communications toolsEmailBlogsTextingChatWeb conferencingSocial networksCrowdsourcingAnswer rankingTrustIncentive schemesReputation systemsElectronic commerceDigital cashE-commerce infrastructureElectronic data interchangeElectronic funds transferOnline shoppingOnline bankingSecure online transactionsOnline auctionsWeb interfacesWikisBrowsersMashupsWeb servicesSimple Object Access Protocol (SOAP)RESTful web servicesWeb Services Description Language (WSDL)Universal Description Discovery and Integration (UDDI)Service discovery and interfacesWeb data description languagesSemantic web description languagesResource Description Framework (RDF)Web Ontology Language (OWL)Markup languagesExtensible Markup Language (XML)Hypertext languagesInformation retrievalDocument representationDocument structureDocument topic modelsContent analysis and feature selectionData encoding and canonicalizationDocument collection modelsOntologiesDictionariesThesauriInformation retrieval query processingQuery representationQuery intentQuery log analysisQuery suggestionQuery reformulationUsers and interactive retrievalPersonalizationTask modelsSearch interfacesCollaborative searchRetrieval models and rankingRank aggregationProbabilistic retrieval modelsLanguage modelsSimilarity measuresLearning to rankCombination, fusion and federated searchInformation retrieval diversityTop-k retrieval in databasesNovelty in information retrievalRetrieval tasks and goalsQuestion answeringDocument filteringRecommender systemsInformation extractionSentiment analysisExpert searchNear-duplicate and plagiarism detectionClustering and classificationSummarizationBusiness intelligenceEvaluation of retrieval resultsTest collectionsRelevance assessmentRetrieval effectivenessRetrieval efficiencyPresentation of retrieval resultsSearch engine architectures and scalabilitySearch engine indexingSearch index compressionDistributed retrievalPeer-to-peer retrievalRetrieval on mobile devicesAdversarial retrievalLink and co-citation analysisSearching with auxiliary databasesSpecialized information retrievalStructure and multilingual text searchStructured text searchMathematics retrievalChemical and biochemical retrievalMultilingual and cross-lingual retrievalMultimedia and multimodal retrievalImage searchVideo searchSpeech / audio searchMusic retrievalEnvironment-specific retrievalEnterprise searchDesktop searchWeb and social media searchSecurity and privacyCryptographyKey managementPublic key (asymmetric) techniquesDigital signaturesPublic key encryptionSymmetric cryptography and hash functionsBlock and stream ciphersHash functions and message authentication codesCryptanalysis and other attacksInformation-theoretic techniquesMathematical foundations of cryptographyFormal methods and theory of securityTrust frameworksSecurity requirementsFormal security modelsLogic and verificationSecurity servicesAuthenticationBiometricsGraphical / visual passwordsMulti-factor authenticationAccess controlPseudonymity, anonymity and untraceabilityPrivacy-preserving protocolsDigital rights managementAuthorizationIntrusion/anomaly detection and malware mitigationMalware and its mitigationIntrusion detection systemsSocial engineering attacksSpoofing attacksPhishingSecurity in hardwareTamper-proof and tamper-resistant designsEmbedded systems securityHardware security implementationHardware-based security protocolsHardware attacks and countermeasuresMalicious design modificationsSide-channel analysis and countermeasuresHardware reverse engineeringSystems securityOperating systems securityMobile platform securityTrusted computingVirtualization and securityBrowser securityDistributed systems securityInformation flow controlDenial-of-service attacksFirewallsVulnerability managementPenetration testingVulnerability scannersFile system securityNetwork securitySecurity protocolsWeb protocol securityMobile and wireless securityDenial-of-service attacksFirewallsDatabase and storage securityData anonymization and sanitizationManagement and querying of encrypted dataInformation accountability and usage controlDatabase activity monitoringSoftware and application securitySoftware security engineeringWeb application securitySocial network security and privacyDomain-specific security and privacy architecturesSoftware reverse engineeringHuman and societal aspects of security and privacyEconomics of security and privacySocial aspects of security and privacyPrivacy protectionsUsability in security and privacyHuman-centered computingHuman computer interaction (HCI)HCI design and evaluation methodsUser modelsUser studiesUsability testingHeuristic evaluationsWalkthrough evaluationsLaboratory experimentsField studiesInteraction paradigmsHypertext / hypermediaMixed / augmented realityCommand line interfacesGraphical user interfacesVirtual realityWeb-based interactionNatural language interfacesCollaborative interactionInteraction devicesGraphics input devicesDisplays and imagersSound-based input / outputKeyboardsPointing devicesTouch screensHaptic devicesHCI theory, concepts and modelsInteraction techniquesAuditory feedbackText inputPointingGestural inputInteractive systems and toolsUser interface management systemsUser interface programmingUser interface toolkitsEmpirical studies in HCIInteraction designInteraction design process and methodsUser interface designUser centered designActivity centered designScenario-based designParticipatory designContextual designInterface design prototypingInteraction design theory, concepts and paradigmsEmpirical studies in interaction designSystems and tools for interaction designWireframesCollaborative and social computingCollaborative and social computing theory, concepts and paradigmsSocial content sharingCollaborative content creationCollaborative filteringSocial recommendationSocial networksSocial taggingComputer supported cooperative workSocial engineering (social sciences)Social navigationSocial mediaCollaborative and social computing design and evaluation methodsSocial network analysisEthnographic studiesCollaborative and social computing systems and toolsBlogsWikisReputation systemsOpen source softwareSocial networking sitesSocial tagging systemsSynchronous editorsAsynchronous editorsEmpirical studies in collaborative and social computingCollaborative and social computing devicesUbiquitous and mobile computingUbiquitous and mobile computing theory, concepts and paradigmsUbiquitous computingMobile computingAmbient intelligenceUbiquitous and mobile computing systems and toolsUbiquitous and mobile devicesSmartphonesInteractive whiteboardsMobile phonesMobile devicesPortable media playersPersonal digital assistantsHandheld game consolesE-book readersTablet computersUbiquitous and mobile computing design and evaluation methodsEmpirical studies in ubiquitous and mobile computingVisualizationVisualization techniquesTreemapsHyperbolic treesHeat mapsGraph drawingsDendrogramsCladogramsVisualization application domainsScientific visualizationVisual analyticsGeographic visualizationInformation visualizationVisualization systems and toolsVisualization toolkitsVisualization theory, concepts and paradigmsEmpirical studies in visualizationVisualization design and evaluation methodsAccessibilityAccessibility theory, concepts and paradigmsEmpirical studies in accessibilityAccessibility design and evaluation methodsAccessibility technologiesAccessibility systems and toolsComputing methodologiesSymbolic and algebraic manipulationSymbolic and algebraic algorithmsCombinatorial algorithmsAlgebraic algorithmsNonalgebraic algorithmsSymbolic calculus algorithmsExact arithmetic algorithmsHybrid symbolic-numeric methodsDiscrete calculus algorithmsNumber theory algorithmsEquation and inequality solving algorithmsLinear algebra algorithmsTheorem proving algorithmsBoolean algebra algorithmsOptimization algorithmsComputer algebra systemsSpecial-purpose algebraic systemsRepresentation of mathematical objectsRepresentation of exact numbersRepresentation of mathematical functionsRepresentation of Boolean functionsRepresentation of polynomialsParallel computing methodologiesParallel algorithmsMapReduce algorithmsSelf-organizationShared memory algorithmsVector / streaming algorithmsMassively parallel algorithmsParallel programming languagesArtificial intelligenceNatural language processingInformation extractionMachine translationDiscourse, dialogue and pragmaticsNatural language generationSpeech recognitionLexical semanticsPhonology / morphologyLanguage resourcesKnowledge representation and reasoningDescription logicsSemantic networksNonmonotonic, default reasoning and belief revisionProbabilistic reasoningVagueness and fuzzy logicCausal reasoning and diagnosticsTemporal reasoningCognitive roboticsOntology engineeringLogic programming and answer set programmingSpatial and physical reasoningReasoning about belief and knowledgePlanning and schedulingPlanning for deterministic actionsPlanning under uncertaintyMulti-agent planningPlanning with abstraction and generalizationRobotic planningSearch methodologiesHeuristic function constructionDiscrete space searchContinuous space searchRandomized searchGame tree searchAbstraction and micro-operatorsSearch with partial observationsControl methodsRobotic planningComputational control theoryMotion path planningPhilosophical/theoretical foundations of artificial intelligenceCognitive scienceTheory of mindDistributed artificial intelligenceMulti-agent systemsIntelligent agentsMobile agentsCooperation and coordinationComputer visionComputer vision tasksBiometricsScene understandingActivity recognition and understandingVideo summarizationVisual content-based indexing and retrievalVisual inspectionVision for roboticsScene anomaly detectionImage and video acquisitionCamera calibrationEpipolar geometryComputational photographyHyperspectral imagingMotion capture3D imagingActive visionComputer vision representationsImage representationsShape representationsAppearance and texture representationsHierarchical representationsComputer vision problemsInterest point and salient region detectionsImage segmentationVideo segmentationShape inferenceObject detectionObject recognitionObject identificationTrackingReconstructionMatchingMachine learningLearning paradigmsSupervised learningRankingLearning to rankSupervised learning by classificationSupervised learning by regressionStructured outputsCost-sensitive learningUnsupervised learningCluster analysisAnomaly detectionMixture modelingTopic modelingSource separationMotif discoveryDimensionality reduction and manifold learningReinforcement learningSequential decision makingInverse reinforcement learningApprenticeship learningMulti-agent reinforcement learningAdversarial learningMulti-task learningTransfer learningLifelong machine learningLearning under covariate shiftLearning settingsBatch learningOnline learning settingsLearning from demonstrationsLearning from critiquesLearning from implicit feedbackActive learning settingsSemi-supervised learning settingsMachine learning approachesClassification and regression treesKernel methodsSupport vector machinesGaussian processesNeural networksLogical and relational learningInductive logic learningStatistical relational learningLearning in probabilistic graphical modelsMaximum likelihood modelingMaximum entropy modelingMaximum a posteriori modelingMixture modelsLatent variable modelsBayesian network modelsLearning linear modelsPerceptron algorithmFactorization methodsNon-negative matrix factorizationFactor analysisPrincipal component analysisCanonical correlation analysisLatent Dirichlet allocationRule learningInstance-based learningMarkov decision processesPartially-observable Markov decision processesStochastic gamesLearning latent representationsDeep belief networksMachine learning algorithmsDynamic programming for Markov decision processesValue iterationQ-learningPolicy iterationTemporal difference learningApproximate dynamic programming methodsEnsemble methodsBoostingBaggingSpectral methodsFeature selectionRegularizationCross-validationModeling and simulationModel development and analysisModeling methodologiesModel verification and validationUncertainty quantificationSimulation theorySystems theoryNetwork scienceSimulation types and techniquesUncertainty quantificationQuantum mechanic simulationMolecular simulationRare-event simulationDiscrete-event simulationAgent / discrete modelsDistributed simulationContinuous simulationContinuous modelsReal-time simulationInteractive simulationMultiscale systemsMassively parallel and high-performance simulationsData assimilationScientific visualizationVisual analyticsSimulation by animationSimulation support systemsSimulation environmentsSimulation languagesSimulation toolsSimulation evaluationComputer graphicsAnimationMotion captureProcedural animationPhysical simulationMotion processingCollision detectionRenderingRasterizationRay tracingNon-photorealistic renderingReflectance modelingVisibilityImage manipulationComputational photographyImage processingTexturingImage-based renderingAntialiasingGraphics systems and interfacesGraphics processorsGraphics input devicesMixed / augmented realityPerceptionGraphics file formatsVirtual realityImage compressionShape modelingMesh modelsMesh geometry modelsParametric curve and surface modelsPoint-based modelsVolumetric modelsShape analysisDistributed computing methodologiesDistributed algorithmsMapReduce algorithmsSelf-organizationDistributed programming languagesConcurrent computing methodologiesConcurrent programming languagesConcurrent algorithmsApplied computingElectronic commerceDigital cashE-commerce infrastructureElectronic data interchangeElectronic funds transferOnline shoppingOnline bankingSecure online transactionsOnline auctionsEnterprise computingEnterprise information systemsIntranetsExtranetsEnterprise resource planningEnterprise applicationsData centersBusiness process managementBusiness process modelingBusiness process management systemsBusiness process monitoringCross-organizational business processesBusiness intelligenceEnterprise architecturesEnterprise architecture managementEnterprise architecture frameworksEnterprise architecture modelingService-oriented architecturesEvent-driven architecturesBusiness rulesEnterprise modelingEnterprise ontologies, taxonomies and vocabulariesEnterprise data managementReference modelsBusiness-IT alignmentIT architecturesIT governanceEnterprise computing infrastructuresEnterprise interoperabilityEnterprise application integrationInformation integration and interoperabilityPhysical sciences and engineeringAerospaceAvionicsArchaeologyAstronomyChemistryEarth and atmospheric sciencesEnvironmental sciencesEngineeringComputer-aided designPhysicsMathematics and statisticsElectronicsAvionicsTelecommunicationsInternet telephonyLife and medical sciencesComputational biologyMolecular sequence analysisRecognition of genes and regulatory elementsMolecular evolutionComputational transcriptomicsBiological networksSequencing and genotyping technologiesImagingComputational proteomicsMolecular structural biologyComputational genomicsGenomicsComputational genomicsSystems biologyConsumer healthHealth care information systemsHealth informaticsBioinformaticsMetabolomics / metabonomicsGeneticsPopulation geneticsProteomicsComputational proteomicsTranscriptomicsLaw, social and behavioral sciencesAnthropologyEthnographyLawPsychologyEconomicsSociologyComputer forensicsSurveillance mechanismsInvestigation techniquesEvidence collection, storage and analysisNetwork forensicsSystem forensicsData recoveryArts and humanitiesFine artsPerforming artsArchitecture (buildings)Computer-aided designLanguage translationMedia artsSound and music computingComputers in other domainsDigital libraries and archivesPublishingMilitaryCyberwarfareCartographyAgricultureComputing in governmentVoting / election technologiesE-governmentPersonal computers and PC applicationsWord processorsSpreadsheetsComputer gamesMicrocomputersOperations researchConsumer productsIndustry and manufacturingSupply chain managementCommand and controlComputer-aided manufacturingDecision analysisTransportationForecastingMarketingEducationDigital libraries and archivesComputer-assisted instructionInteractive learning environmentsCollaborative learningLearning management systemsDistance learningE-learningComputer-managed instructionDocument management and text processingDocument searchingDocument managementText editingVersion controlDocument metadataDocument captureDocument analysisDocument scanningGraphics recognition and interpretationOptical character recognitionOnline handwriting recognitionDocument preparationMarkup languagesExtensible Markup Language (XML)Hypertext languagesAnnotationFormat and notationMulti / mixed media creationImage compositionHypertext / hypermedia creationDocument scripting languagesSocial and professional topicsProfessional topicsComputing industryIndustry statisticsComputer manufacturingSustainabilityManagement of computing and information systemsProject and people managementProject management techniquesProject staffingSystems planningSystems analysis and designSystems developmentComputer and information systems trainingImplementation managementHardware selectionComputing equipment managementPricing and resource allocationSoftware managementSoftware maintenanceSoftware selection and adaptationSystem managementCentralization / decentralizationTechnology auditsQuality assuranceNetwork operationsFile systems managementInformation system economicsHistory of computingHistorical peopleHistory of hardwareHistory of softwareHistory of programming languagesHistory of computing theoryComputing educationComputational thinkingAccreditationModel curriculaComputing education programsInformation systems educationComputer science educationCS1Computer engineering educationInformation technology educationInformation science educationComputational science and engineering educationSoftware engineering educationInformal educationComputing literacyStudent assessmentK-12 educationAdult educationComputing and businessEmployment issuesAutomationComputer supported cooperative workEconomic impactOffshoringReengineeringSocio-technical systemsComputing professionCodes of ethicsEmployment issuesFundingComputing occupationsComputing organizationsTesting, certification and licensingAssistive technologiesComputing / technology policyIntellectual propertyDigital rights managementCopyrightsSoftware reverse engineeringPatentsTrademarksInternet governance / domain namesLicensingTreatiesDatabase protection lawsSecondary liabilitySoft intellectual propertyHardware reverse engineeringPrivacy policiesCensorshipPornographyHate speechPolitical speechTechnology and censorshipCensoring filtersSurveillanceGovernmental surveillanceCorporate surveillanceCommerce policyTaxationTransborder data flowAntitrust and competitionGovernmental regulationsOnline auctions policyConsumer products policyNetwork access controlCensoring filtersBroadband accessNet neutralityNetwork access restrictionsAge-based restrictionsAcceptable use policy restrictionsUniversal accessComputer crimeSocial engineering attacksSpoofing attacksPhishingIdentity theftFinancial crimeMalware / spyware crimeGovernment technology policyGovernmental regulationsImport / export controlsMedical information policyMedical recordsPersonal health recordsGenetic informationPatient privacyHealth information exchangesMedical technologiesRemote medicineUser characteristicsRace and ethnicityReligious orientationGenderMenWomenSexual orientationPeople with disabilitiesGeographic characteristicsCultural characteristicsAgeChildrenSeniorsAdolescentsNow, what were you planning on doing with TONS of books on each separate branch [from beginner to advanced]?