Jmf Corporation

CRRSAA - STUDENT AID

QUESTEK INNOVATIONS LLC: NEW AWARD CONTROL NUMBER 2338-1507 ULTIMATE SBIR/STTR DE-FOA-0002338 PROJECT TITLE: “CONCURRENT DESIGN OF A MULTIMATERIAL NIOBIUM ALLOY SYSTEM FOR NEXT-GENERATION TURBINE APPLICATIONS'' THE PURPOSE OF THIS COOPERATIVE AGREEMENT IS TO DESIGN AND DEVELOP A COMPREHENSIVE SOLUTION FOR A NEXT-GENERATION TURBINE BLADE ALLOY AND COATING SYSTEM CAPABLE OF SUSTAINED OPERATION AT 1300°C.

COMPUTATIONAL MATERIALS DESIGN OF CASTABLE SX NI-BASED SUPERALLOYS FOR IGT BLADE COMPONENTS

ENHANCED ALUMINUM CONDUCTOR FOR OVERHEAD ELECTRICAL TRANSMISSION APPLICATION

COMPUTATIONAL MATERIALS DESIGN OF FUNCTIONALLY GRADED STRUCTURES FOR ENHANCED COOLING OF PLASMA FACING COMPONENTS VIA ADDITIVE MANUFACTURING

SBIR-PHASE I NEW; COMPUTATIONAL DESIGN OF WELDABLE HIGH-CR FERRITIC STEEL; JAMES WRIGHT

ICME DEVELOPMENT OF A COLD SPRAY ENABLED CORROSION RESISTANT BIMETALLIC STRUCTURE FOR NUCLEAR REACTORS

IMPROVED MODELS OF LONG TERM CREEP BEHAVIOR OF HIGH PERFORMANCE

CARES ACT EMERGENCY RELIEF FUND

EMERGENCY RELIEF FUND - INSTITUTIONAL PORTION.

CALPHAD IN THE CLOUD

EXPLORATION OF HIGH ENTROPY ALLOYS FOR TURBINE APPLICATIONS

SEEDS OF SUCCESS COLLECTING IN CALIFORNIA S MOJAVE DESERT ECOREGION

COLLABORATIVE PROPOSAL: HARNESSING THE POWER OF HERBARIA TO UNDERSTAND THE CHANGING FLORA OF CALIFORNIA: A BIODIVERSITY HOTSPOT IN PERIL

DYNAMIC FACIAL SOFT TISSUE ANALYSIS SYSTEM.

NEW CA OHIO STATE

SET UP NEW AGREEMENT

COLLABORATIVE RESEARCH: NEW WORLD JUSTICIA S.L.: A MICROCOSM FOR UNDERSTANDING COVARIATION OF FLORAL TRAITS AND POLLINATORS IN A PHYLOGENETIC CONTEXT.

COLLABORATIVE RESEARCH: BRANCHING IN CHLORIDOID GRASSES: PHYLOGENY AND INFLORESCENCE DIVERSIFICATION

REVSYS COLLABORATIVE RESEARCH: UNTANGLING THE PASSIONFLOWER VINES: PHYLOGENY, SPECIES DIVERSIFICATION, AND CHARACTER EVOLUTION IN PASSIFLORA SUBG. DE

BROAD TO FINE SCALE PHYLOGENETIC PATTERN AND CHARACTER EVOLUTION IN RUELLIEAE (ACANTHACEAE)

NEW CA AWARD

COLLABORATIVE RESEARCH: ADVANCING THE EXTENDED SPECIMEN NETWORK: CURATING AND DIGITIZING THE SHERWIN CARLQUIST COLLECTION -AMONG THE NOTABLE ?SHOULDERS OF GIANTS? ON WHICH PRESENT-DAY BOTANISTS STAND ARE THOSE OF DR. SHERWIN CARLQUIST (1930?2021). CARLQUIST LEAVES BEHIND A RICH LEGACY AND SIGNIFICANT COLLECTIONS RESULTING FROM OVER 30 YEARS OF IMPORTANT BOTANICAL RESEARCH. OVER THE COURSE OF HIS DISTINGUISHED CAREER, CARLQUIST PUBLISHED PROLIFICALLY, WITH OVER 300 RESEARCH PAPERS COVERING SUCH TOPICS AS PLANT ANATOMY AND SYSTEMATICS, EVOLUTIONARY AND ECOLOGICAL THEORY, FLOWER DEVELOPMENT, MORPHOLOGY, ISLAND BIOGEOGRAPHY, AND TAXONOMY. AS A RESEARCHER, CARLQUIST CONSIDERED THE BIOLOGICAL ELEMENTS WITHIN AN ENVIRONMENT AS COMPRISING A DYNAMIC NETWORK. THIS NETWORK INFORMED HIS METHOD FOR COLLECTING SPECIMENS AND THE RICH ARRAY OF MATERIALS AND RECORDS HE GENERATED THROUGH THAT PRACTICE. THE CARLQUIST COLLECTION, HOUSED AT THE CALIFORNIA BOTANIC GARDEN HERBARIUM (RSA) AND THE BOTANICAL RESEARCH INSTITUTE OF TEXAS LIBRARY (BRIT), COLLECTIVELY CONTAINS 191,789 OBJECTS, INCLUDING HERBARIUM SPECIMENS, WOOD SPECIMENS, PLANT MATERIAL PRESERVED IN SPIRITS, WOOD ANATOMY MICROSCOPE SLIDES, FIELD PHOTOGRAPH TRANSPARENCY SLIDES, BLACK AND WHITE PHOTOGRAPHS, AND FIELD COLLECTION NOTEBOOKS. A SIGNIFICANT PORTION OF THE CARLQUIST COLLECTION HAS NEVER BEEN CURATED OR DIGITIZED, MAKING MUCH OF THE COLLECTION INACCESSIBLE. FURTHER, SOME OF THE COLLECTION MATERIALS HAVE FACED VARYING DEGREES OF DETERIORATION OWING TO INADEQUATE HOUSING IN NON-ARCHIVAL MATERIALS. IN A COLLABORATIVE EFFORT BETWEEN RSA AND BRIT, THIS PROJECT AIMS TO CURATE AND DIGITIZE THESE IMPORTANT COLLECTIONS AND THEIR ASSOCIATED DATA TO PROVIDE LONG-TERM PRESERVATION AND TO CREATE AN EXTENDED SPECIMEN NETWORK (ESN), WHEREIN CARLQUIST?S SPECIMENS, FIELD PHOTOGRAPHS, AND COLLECTION NOTEBOOKS WILL BE LINKED TO FORM AN AGGREGATED COLLECTION, THUS CREATING LIMITLESS ADDITIONAL PREPARATIONS AND DIGITAL RESOURCES. THE PROJECT WILL FACILITATE IMMEDIATE APPLICATION TO A SUITE OF RESEARCH AREAS, INCLUDING SYSTEMATIC, WOOD ANATOMY, ECOLOGY, BIOGEOGRAPHY, ISLAND BIOLOGY, PHENOLOGY, PLANT CONSERVATION, HISTORY OF SCIENCE, PLANT HUMANITIES, AND ARCHIVAL THEORY AND PRACTICES. THE CARLQUIST COLLECTION WILL BE PUBLICLY AVAILABLE VIA ONLINE DATA PORTALS. HELD AT THE HERBARIUM AT CALIFORNIA BOTANIC GARDEN (RSA) AND THE LIBRARY AT THE BOTANICAL RESEARCH INSTITUTE OF TEXAS (BRIT), THE SHERWIN CARLQUIST COLLECTION ENCOMPASSES MORE THAN 30 YEARS OF BOTANICAL FIELD RESEARCH COMPRISING 30,770 BIOLOGICAL COLLECTIONS AND 161,019 ARCHIVAL OBJECTS. THIS PROJECT AIMS TO (1) CURATE THE CARLQUIST COLLECTION FOR LONG-TERM PRESERVATION; (2) DIGITIZE AND MOBILIZE DATA FOR ALL COLLECTIONS MATERIALS HELD AT BOTH INSTITUTIONS; (3) LINK TRANSCRIBED COLLECTION INFORMATION, IMAGES, AND METADATA ACROSS ALL BIOLOGICAL COLLECTIONS AND ARCHIVAL OBJECTS; AND (4) PUBLISH AND MAKE PUBLICLY AVAILABLE AS AN AGGREGATED COLLECTION THROUGH ONLINE DATA PORTALS, INCLUDING IDIGBIO AND GBIF. THIS PROJECT REPRESENTS A UNIQUE COLLABORATIVE AND INTERDISCIPLINARY OPPORTUNITY BETWEEN NATURAL HISTORY COLLECTIONS AND ARCHIVES TO CREATE ONE OF THE FIRST EXTENDED SPECIMEN NETWORKS (ESN) FOR A RENOWNED AMERICAN BOTANIST AND SERVES MORE BROADLY TO ESTABLISH A NEW PARADIGM FOR HOW NATURAL HISTORY COLLECTIONS AND ARCHIVES COMMUNITIES ENVISION, IMPLEMENT, AND UTILIZE ESN?S WITHIN AND AMONG THEIR COLLECTIONS. INTEGRAL TO THE PROJECT ARE THE ACTIVITIES THAT INVOLVE PARTICIPATION FROM STUDENTS AT DIFFERENT LEVELS IN THEIR ACADEMIC CAREER. THE PROJECT WILL PROVIDE EDUCATION, TRAINING, AND CAPACITY BUILDING FOR UNDERSERVED YOUTH AND EMERGING PROFESSIONALS IN A FIELD THAT WILL GREATLY BENEFIT FROM THEIR PARTICIPATION. A WORKSHOP AND SYMPOSIUM ON ESN DEVELOPMENT ARE PLANNED FOR THE SOCIETY FOR THE PRESERVATION OF NATURAL HISTORY COLLECTIONS ANNUAL CONFERENCE TO PROVIDE TRAINING AND RESOURCES TO THE COLLECTIONS COMMUNITY. PAIRED EXHIBITS FOR THE PUBLIC AND HOSTED AT EACH INSTITUTION WILL HIGHLIGHT THE PROJECT. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.

DOMESTIC WATER GRANTS - 09/10 MULTI-YEAR STIMULUS

INTEGRATED COMPUTATIONAL MATERIALS ENGINEERING-BASED EVALUATION AND OPTIMIZATION OF ADDITIVELY MANUFACTURED BLAST RESISTANT NAVAL STEELS

COLLABORATIVE RESEARCH, RUI: SYSTEMATIC INVESTIGATION OF TROPICAL DIVERSITY IN OROBANCHACEAE

CSBR: NATURAL HISTORY: ENGAGING OUR FUTURE TO PRESERVE OUR PAST: CURATION AND PRESERVATION OF HISTORICALLY SIGNIFICANT COLLECTIONS THROUGH STUDENT PA

PROPAGATION PROTOCOLS FOR ELEVEN RARE SPECIES IMPACTED BY SOLAR ENERGY DEVELOPMENT

HERE, WE PROPOSE TO INVESTIGATE THE LANDSCAPE GENETICS OF THREE TAXONOMICALLY COMPLICATED AND CONFUSED PLANT SPECIES SYSTEMS, INCLUDING CYLINDROPUNTIA VIRIDIFLORA AND ERIOGONUM LACHNOGYNUM VAR COLOBUM BY SAMPLING ACROSS THE RANGE OF THESE TAXA, INCLUDING SYMPATRIC CONGENERS, AND A FEW CLOSELY RELATED SPECIES, WE CAN DETERMINE IF THESE TAXA MEET THE CRITERION OF SPECIES UNDER THE ENDANGERED SPECIES ACT USING GENOMIC SCALE DATA, FROM DOUBLE DIGEST RESTRICTION SITE ASSOCIATED DNA MARKERS, WE WILL TEST WHETHER THESE TAXA ARE PART OF A LARGER, PANMICTIC METAPOPULATION HYPOTHESIS 1 NO GENETIC BASIS FOR TAXON RECOGNITION , OR IF THEY REPRESENT A SINGLE TAXON LINEAGE HYPOTHESIS 2 GENETICALLY SUPPORTED TAXON , OR IF THEY ARE COMPOSED OF MORE THAN ONE TAXON LINEAGE HYPOTHESIS 3 GENETIC SUPPORT TO MULTIPLE, CRYPTIC TAXA FURTHER, WE WILL BE ABLE TO DETERMINE IF HYBRIDIZATION HAS PLAYED A ROLE IN THE ORIGIN OF THESE TAXA, AS IN SOME CASES HAS BEEN PURPORTED E G , C VIRIDIFLORA IN ADDITION, WE WILL SAMPLE EX SITU POPULATIONS OF C VIRIDIFLORA AND CONTRAST NATURAL POPULATIONS WITH THESE EX SITU ONES THIS WILL PROVIDE INSIGHT INTO THE AMOUNT OF GENETIC VARIABILITY THAT IS ACTUALLY BEING CONSERVED IN CULTIVATION GENETIC AND MORPHOLOGICAL ANALYSES WILL BE PROVIDED IN REPORTS FOR EACH SYSTEM, AND ALL GENETIC AND MORPHOLOGIC DATA SETS WILL BE MADE AVAILABLE TO BLM AND THE GENERAL PUBLIC WE ANTICIPATE THAT WE WILL PROVIDE GENETIC AND MORPHOLOGICAL EVIDENCE SUPPORTING ONE OF THE THREE HYPOTHESES FOR TAXON STATUS AND EVIDENCE SUPPORTING EITHER HYBRID OR NON HYBRID ORIGIN THIS RESEARCH WILL PROVIDE BENEFIT TO THE BLM, USFWS, NAVAJO NATION, POJOAQUE PUEBLO, ACOMA PUEBLO, SCIENTIFIC COMMUNITY, AND GENERAL PUBLIC BY CLEARLY DEFINING GENETICALLY MEANINGFUL TAXONOMIC UNITS, GOVERNMENT AGENCIES, TRIBES, NGOS AND THE SCIENTIFIC COMMUNITY CAN APPROPRIATELY MANAGE THESE BIOLOGICAL RESOURCES, PROVIDE SOUND CONSERVATION EFFORT AND DEVELOP AN UNDERSTANDING OF THE ECOLOGY OF REAL I E , GENETICALLY DEFINED TAXA THE GENERAL PUBLIC HAVE AN OPPORTUNITY TO LEARN AND APPRECIATE A MORE WELL UNDERSTOOD BIOTIC DIVERSITY IN ADDITION, THEY CAN HAVE CONFIDENCE THAT GOVERNMENT AGENCIES ARE MANAGING RESOURCES AND APPLYING CONSERVATION EFFORT TO ORGANISMS THAT REQUIRE MANAGEMENT AND RESOURCES

COLLABORATIVE RESEARCH: UNDERSTANDING CONSTRAINTS ON FLORAL EVOLUTION: A PHYLOGENETIC APPROACH TO COMPARATIVE ANTHOCYANIN EVOLUTION IN RUELLIA (ACAN

ASSESSING HABITAT SUITABILITY MODELS FOR EIGHT PLANT SPECIES IN DEVELOPMENT FOCUS AREAS FOR RENEWABLE ENERGY

REVSYS: RELATIONSHIPS, DIVERSIFICATION, AND MONOGRAPHIC STUDY OF THE POORLY-KNOWN LOESELIA CLADE (POLEMONIACEAE)

RANCHO SANTA ANA BOTANIC GARDEN WILL ENGAGE THE VISITING PUBLIC, COMMUNITY MEMBERS, INSTITUTIONAL LEADERSHIP, AND OTHER STAKEHOLDERS IN A COMPREHENSIVE PROCESS TO DEVELOP AN INTERPRETIVE MASTER PLAN FOR ITS 86-ACRE CALIFORNIA NATIVE PLANT GARDEN. THE GARDEN WILL ENGAGE AUDIENCE RESEARCH AND INTERPRETIVE PLANNING CONSULTANTS TO SUPPORT KEY PHASES OF THE PROJECT, RESULTING IN A WRITTEN AND ILLUSTRATED PLAN TO SHAPE AND GUIDE THE INTERPRETATIVE NARRATIVE OF THE PUBLIC'S EXPERIENCE, ALONG WITH AN EVALUATION AND SUSTAINABILITY PLAN SO THAT STAFF CAN CONTINUE WITH IMPLEMENTATION OVER THE NEXT FIVE TO SEVEN YEARS. THE PROJECT'S PRIMARY GOALS ARE TO RAISE PUBLIC AWARENESS AND INFLUENCE ENGAGEMENT IN NATIVE CALIFORNIA PLANT SPECIES AND HABITAT CONSERVATION AND PROMOTE SUSTAINABLE LANDSCAPE AND WATER CONSERVATION PRACTICES IN CALIFORNIA. THE INTERPRETIVE MASTER PLANNING PROCESS WILL LINK CORE ELEMENTS OF THE GARDEN'S MISSION WITH THE PUBLIC'S ROLE AS ENVIRONMENTAL STEWARDS, AS ACTIVE PARTICIPANTS IN THEIR COMMUNITIES, AND AS CITIZENS.

MAGICMAT—MATERIALS GENOME AND INTEGRATED COMPUTATIONAL MATERIALS ENGINEERING TOOLKIT

PHYLOGENY AND DEVELOPMENT IN IRIS SUBGENUS IRIS AND RELATED SPECIES

MATERIALS GENOME ENABLED DEVELOPMENT OF 3100ºF-CAPABLE MULTILAYER, MULTICOMPONENT THERMAL AND ENVIRONMENTAL BARRIER COATINGS FOR CMCS

CONDUCTOR BASE METAL DESIGN FOR CARBON INCORPORATION VIA SHAPE TECHNOLOGY

ICME-BASED DESIGN OF HSHC CU-ALLOYS FOR PARTICLE ACCELERATORS

STATUS SURVEYS OF AT-RISK PLANTS

MACHINE LEARNING BASED SOFTWARE PACKAGE FOR REPRODUCIBLE DATA ANALYSIS FOR ELECTRON MICROSCOPY

THERE ARE 10 RARE PLANT SPECIES, SEVEN OF WHICH ARE FEDERALLY LISTED, THAT OCCUR IN ALKALI WETLANDS IN THE AMARGOSA RIVER DRAINAGE ON BLM LANDS MANAGED BY THE PAHRUMP FIELD OFFICE ONE SPECIES (ZELTNERA NAMOPHILA, SPRING LOVING CENTAURY) ALSO OCCURS IN THE UPPER REACHES OF THE AMARGOSA RIVER IN THE TONOPAH FIELD OFFICE. THERE IS A NEED TO SUPPORT SURVEYS, MONITORING, AND RESEARCH TO ADVANCE CONSERVATION AND RECOVERY ACTIONS TO MITIGATE AGAINST THREATS SUCH AS GROUNDWATER EXTRACTION, HYDROLOGICAL ALTERATION, AND MINING EXPLORATION THAT PLACE THESE SPECIES AT RISK OF EXTINCTION. THIS PROPOSAL SEEKS TO CARRY OUT THE FOLLOWING OBJECTIVES: 1) CONDUCT SURVEYS AND ESTABLISH LONG TERM MONITORING PLOTS AND DEMOGRAPHIC ANALYSES FOR NITROPHILA MOHAVENSIS (AMARGOSA NITERWORT) IN CARSON SLOUGH ON BLM LAND IN NV 2) CONDUCT RARE PLANT SURVEYS FOR THE ALKALI WETLAND SPECIES ACROSS THEIR RANGE IN NV TO ADVANCE UNDERSTANDING OF THEIR DISTRIBUTION, ABUNDANCE, AND THREATS TO INFORM CONSERVATION EFFORTS 3) DEVELOP A CONSERVATION GENOMIC STUDY FOR SPIRANTHES INFERNALIS (ASH MEADOWS LADIES TRESSES) TO INFORM ITS CONSERVATION

MRI: EMPOWERING PLANT SCIENCE RESEARCH AT RANCHO SANTA ANA BOTANIC GARDEN WITH HIGH RESOLUTION AND VARIABLE PRESSURE SCANNING ELECTRON MICROSCOPY IN

CHLORIDE INDUCED STRESS CORROSION CRACKING

INTEGRATED COMPUTATIONAL MATERIALS ENGINEERING (ICME) APPROACH TO DEVELOP BASE ALLOYS SUITABLE FOR COVETIC CONVERSION AND SCALE-UP

COMPUTATIONAL MATERIALS DESIGN OF TUNGSTEN ALLOYS WITH IMPROVED FRACTURE TOUGHNESS AND A LOWERED DUCTILE TO BRITTLE TRANSITION TEMPERATURE (DBTT)

SEE SCHEDULE

DIGITIATION PEN: AUGMENTING THE ENDLESS FORMS TCN: DIGITIZATION OF IMPERILED PLANTS WITH UNIQUE MORPHOLOGICAL ADAPTATIONS

DIGITIZATION PEN: ENHANCING THE SORO TCN WITH COLLECTIONS OF TAXONOMIC, GEOGRAPHIC, AND HISTORIC SIGNIFICANCE FROM THE RANCHO SANTA ANA BOTANIC GARDEN HERBARIUM

LOW-COST ALLOYS FOR HIGH-TEMPERATURE SOFC SYSTEM COMPONENTS

AWARD PURPOSE: THE AWARD AGREEMENT AIMS TO IMPROVE HOW WE GROW AND COLLECT SEEDS FROM IMPORTANT MOJAVE DESERT PLANTS, SO WE CAN GET MORE AND BETTER SEEDS FOR RESTORING LOCAL ECOSYSTEMS AND SUPPORTING PROJECTS ON PUBLIC LANDS.ACTIVITIES TO BE PERFORMED: THE ACTIVITIES TO BE PERFORMED INCLUDE FOLLOWING ESTABLISHED PROTOCOLS TO COLLECT SEEDS AND TISSUE SAMPLES FROM WILD PLANT POPULATIONS, THOROUGHLY DOCUMENT AND ANALYZE THESE POPULATIONS, AND PROPAGATE PLANTS IN A CONTROLLED NURSERY SETTING. GENETIC ANALYSES WILL BE CONDUCTED TO EVALUATE THE VARIABILITY AND QUALITY OF SEEDS PRODUCED, COMPARING WILD PLANTS TO THOSE GROWN EX SITU ACROSS MULTIPLE GENERATIONS. ALL ACTIVITIES WILL BE TRACKED, REPORTED QUARTERLY TO BLM STAFF, AND RESULTSINCLUDING PROJECT NARRATIVES, GIS DATA, AND GENETIC SEQUENCESWILL BE COMPILED IN ANNUAL REPORTS AND ARCHIVED FOR FUTURE REFERENCE.OUTCOMES DELIVERABLES: DELIVERABLES WILL CONSIST OF QUARTERLY AND ANNUAL PROGRESS REPORTS, FINALIZED NARRATIVE REPORTS, GIS SHAPE FILES, PHOTOGRAPHS, COLLECTION RECORDS, RECOMMENDATIONS FOR FUTURE WORK, AND REGULAR UPDATES VIA CONFERENCE CALLS AND MEETINGS. TO INCLUDE INCREASED AVAILABILITY OF NATIVE PLANT SPECIES FOR HABITAT RESTORATION PROJECTS, PARTICULARLY WITHIN THE MOJAVE DESERT ECOREGION. THROUGH SEED PROCESSING, GENETIC ANALYSIS, PROPAGATION TRIALS, AND SEED BULKING, WILL PROVIDE THE BLM WITH CRITICAL DATA ON FARMING NATIVE SPECIES, AIDING BOTH RESTORATION PLANNING AND COMMERCIAL CROP DEVELOPMENT.INTENDED BENEFICIARIES: THE INTENDED BENEFICIARIES OF THIS PROJECT INCLUDE THE GENERAL PUBLIC, WHO WILL EXPERIENCE IMPROVED AIR AND WATER QUALITY, ENHANCED RECREATIONAL AND AESTHETIC VALUE, AND BETTER OVERALL HEALTH AS A RESULT OF HABITAT RESTORATION EFFORTS. ADDITIONALLY, LAND MANAGERS AND COMMERCIAL GROWERS WILL BENEFIT FROM INCREASED AVAILABILITY OF NATIVE SEEDS, IMPROVED RESTORATION TECHNIQUES, AND VALUABLE DATA TO GUIDE RESTORATION PLANNING. ECOSYSTEMS WITHIN THE MOJAVE DESERT ECOREGION WILL ALSO BENEFIT FROM THE RESTORATION OF NATIVE PLANT COMMUNITIES, WHICH SUPPORTS RESILIENCE FOLLOWING DISASTERS AND FACILITATES RESPONSIBLE LAND-USE CHANGE AND DEVELOPMENT.

TAS::89 0227::TAS RECOVERY; NEW PHASE I SBIR: RECOVERY ACT; TITLE: RECOVERY ACT - COMPUTATIONAL DESIGN OF ADVANCED OXIDE-DISPERSION STRENGTHENED STEE

COLLECTION IMPROVEMENT: CURATING THE PLANT SPECIMENS OF DR. ROBERT F. THORNE AT RANCHO SANTA ANA BOTANIC GARDEN (RSA-POM)

EX SITU CONSERVATION AND POPULATION GENOMIC RESEARCH OF PEIRSON S MILKVETCH ASTRAGALUS MAGDALENAE VAR. PEIRSONII - PART 2

CA CESU CONSERVATION OF RARE ALKALI WETLAND PLANT SPECIES IN THE AMARGOSA RIVER

NM RESOLVING LONG-STANDING GENETIC QUESTIONS FOR RARE PLANT SPECIES

CA CESU SEED BANKING THREATENED, ENDANGERED AND SENSITIVE SPECIES IN THE BLM CALIFORNIA DESERT DISTRICT

DYNAMIC FACIAL SOFT TISSUE ANALYSIS SYSTEM

SBIR PHASE I: HIGHLY PROCESSABLE HIGH PERFORMANCE NI SUPERALLOYS FOR HEAT EXCHANGER APPLICATIONS

COLLABORATIVE RESEARCH: DIGITIZATION AND ENRICHMENT OF U.S. HERBARIUM DATA FROM TROPICAL AFRICA TO ENABLE URGENT QUANTITATIVE CONSERVATION ASSESSMENTS -BIOLOGICAL DIVERSITY HAS BEEN THE SUBJECT OF HUNDREDS OF YEARS OF WORK BY BOTANISTS AND ZOOLOGISTS, ACCUMULATING RICH STORES OF SPECIMENS AND ASSOCIATED DATA IN MUSEUMS AND HERBARIA AROUND THE WORLD. THESE RICH INFORMATION RESOURCES, HOWEVER, TOO OFTEN REMAIN IN ANALOG FORMAT ONLY, AND HAVE NOT BEEN DIGITIZED AND ?ENABLED? IN THE SERVICE OF SCIENCE. THIS PROJECT AIMS TO DIGITIZE, ENRICH, AND SHARE OPENLY THE RICH DATA RESOURCES HELD IN UNITED STATES HERBARIA THAT CORRESPOND TO PLANTS OF TROPICAL AFRICA. BY THE CLOSE OF THE PROJECT, IT WILL HAVE CAPTURED DATA FROM 1.1 MILLION HERBARIUM SPECIMENS, AND WILL AUGMENT DIGITAL ACCESSIBLE DATA RECORDS FOR THE AFRICAN CONTINENT BY MORE THAN 15-FOLD. IT WILL ALSO HAVE CREATED A BROAD, INTERNATIONAL, INTERCONTINENTAL NETWORK OF SCIENTISTS AND STUDENTS INTERESTED IN AND EXPERIENCED WITH MANAGEMENT AND ANALYSIS OF SUCH DATA. THIS COMBINATION OF INFORMATION RESOURCES AND HUMAN CAPACITY WILL ENRICH AND IMPROVE BIODIVERSITY CONSERVATION PLANNING ACROSS AFRICA. HERBARIUM SPECIMENS REPRESENT A RICH SOURCE OF DATA ON PLANT DIVERSITY. THIS PROJECT WILL FOCUS ON THE TROPICAL AFRICAN SEED PLANT SPECIMEN HOLDINGS OF 21 U.S. HERBARIA, WHICH WILL BE IMAGED, ASSOCIATED DATA CAPTURED, AND DATA RECORDS GEOREFERENCED AND QUALITY-CONTROLLED. IMAGING AND DATA CAPTURE WILL BE CARRIED OUT AT EACH OF THE HERBARIA, AND DATA WILL BE AGGREGATED FOR EFFICIENT GEOREFERENCING. FOR MOST RECORDS, GEOREFERENCING WILL BE PERFORMED AUTOMATICALLY; HOWEVER, A SMALL PORTION WILL BE GEOREFERENCED MANUALLY BY PLANT SCIENTISTS IN GHANA, RWANDA, MALAWI, AND GABON. FINALLY, PROJECT DATA WILL BE SUBJECTED TO DETAILED QUALITY-CONTROL ASSESSMENT, AND SERVED OPENLY TO THE SCIENTIFIC COMMUNITY VIA A DEDICATED ?AFRICAN PLANTS? PORTAL ON SYMBIOTA, AS WELL AS INTEGRATION INTO IDIGBIO.ORG AND THE GLOBAL BIODIVERSITY INFORMATION FACILITY (GBIF.ORG). THESE RICH DATA RESOURCES WILL BE USED TO UNDERSTAND THE CONSERVATION STATUS OF AFRICAN PLANT SPECIES IN MUCH GREATER DETAIL THAN HAS BEEN POSSIBLE TO DATE. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.

DIGITIZATION TCN: COLLABORATIVE RESEARCH: CAPTURING CALIFORNIA'S FLOWERS: USING DIGITAL IMAGES TO INVESTIGATE PHENOLOGICAL CHANGE IN A BIODIVERSITY HOTSPOT

CA CESU RSABG SEED CONSERVATION SENSITIVE SPECIES

ASTRAGALUS PLANTS INCLUDE MANY RARE SPECIES THAT GROW ONLY IN SMALL AREAS OF THE WESTERN DRYLANDS. TWO OF THESE, THREECORNER MILKVETCH AND SODAVILLE MILKVETCH, OCCUR ONLY IN NEVADA AND CALIFORNIA ON LANDS MANAGED BY THE BUREAU OF LAND MANAGEMENT. THESE PLANTS ARE INCREASINGLY AFFECTED BY MINING, ENERGY DEVELOPMENT, AND OTHER LAND USE ACTIVITIES. LAND MANAGERS NEED CLEAR, PRACTICAL SCIENTIFIC INFORMATION TO SUPPORT CONSERVATION WHILE STILL ALLOWING RESPONSIBLE DEVELOPMENT. CURRENT DATA ARE LIMITED, SO THIS PROJECT PROVIDES NEW GENETIC INFORMATION TO GUIDE DECISIONS.THE PROJECT PRODUCES THE FIRST FULL GENETIC DATASET FOR SODAVILLE MILKVETCH BY ANALYZING ALL SIX KNOWN POPULATIONS. SEQUENCING IDENTIFIES HOW MUCH GENETIC VARIATION EACH POPULATION HOLDS, HOW POPULATIONS DIFFER FROM EACH OTHER, AND HOW MANY INDIVIDUALS CONTRIBUTE TO THE NEXT GENERATION. FOR THREECORNER MILKVETCH, EARLIER WORK SHOWS VERY LOW GENETIC DIVERSITY, SMALL EFFECTIVE POPULATION SIZES, AND STRONG SEPARATION AMONG POPULATIONS, ALONG WITH CLIMATE RELATED DIFFERENCES IN SEEDLING RECRUITMENT. THIS PROJECT EXPANDS SAMPLING TO ALL REMAINING POPULATIONS TO BUILD A COMPLETE DATASET FOR THE ENTIRE RANGE.EXPECTED DELIVERABLES INCLUDE: TWO COMPLETE, PUBLICLY ACCESSIBLE GENETIC DATASETS (ONE FOR EACH PLANT VARIETY) RANGE WIDE ESTIMATES OF EFFECTIVE POPULATION SIZE FOR ALL POPULATIONS (TARGET: 22 POPULATIONS MEASURED ACROSS BOTH VARIETIES) GENETIC DIVERSITY SCORES FOR EACH POPULATION AND SIDE BY SIDE COMPARISONS IDENTIFYING HIGH RISK, LOW DIVERSITY POPULATIONS POPULATION STRUCTURE MAPS SHOWING HOW POPULATIONS ARE RELATED AND WHERE GENETIC ISOLATION IS GREATEST A CLIMATE LINKED RECRUITMENT ANALYSIS THAT QUANTIFIES HOW ENVIRONMENTAL CONDITIONS INFLUENCE SUCCESSFUL SEEDLING ESTABLISHMENT A CONSERVATION GUIDANCE SUMMARY OUTLINING PRIORITY POPULATIONS FOR PROTECTION AND SEED COLLECTION, WITH RANKED RECOMMENDATIONS THAT AGENCIES CAN IMPLEMENT IMMEDIATELY.THE MEASURABLE IMPACTS OF THIS PROJECT INCLUDE CLEARER IDENTIFICATION OF WHICH POPULATIONS ARE MOST VULNERABLE, WHICH ONES CONTRIBUTE MOST TO LONG TERM SPECIES SURVIVAL, AND WHERE CONSERVATION ACTIONS WILL HAVE THE GREATEST EFFECT. THE RESULTS DIRECTLY SUPPORT LAND USE PLANNING, REDUCE DELAYS CAUSED BY LIMITED BIOLOGICAL INFORMATION, AND IMPROVE ENVIRONMENTAL REVIEW BY PROVIDING EVIDENCE BASED METRICS FOR CONSERVATION DECISIONS.THE PRIMARY BENEFICIARIES INCLUDE BLM LAND MANAGERS, CONSERVATION PRACTITIONERS, AND COMMUNITIES THAT DEPEND ON EFFECTIVE, SCIENCE BASED PLANNING. BY SUPPLYING MEASURABLE, HIGH QUALITY DATA, THE PROJECT STRENGTHENS CONSERVATION OF RARE DESERT PLANTS WHILE SUPPORTING BALANCED AND RESPONSIBLE LAND USE IN NEVADA AND CALIFORNIA.

REVSYS COLLABORATIVE RESEARCH: RELATIONSHIPS, CHARACTER EVOLUTION, AND BIOGEOGRAPHIC PATTERNS IN THE PHYLOGENETICALLY PIVOTAL LINEAGE NELSONIOIDEAE (

DOMESTIC WATER GRANTS - REGULAR

EWP PROJECT 5038 IN CARROLL COUNT. RECOVERY FROM WATERSHED IMPAIRMENTS CAUSED BY FLOODING EVENTS IN 2019, (DR-4435 OR 4451). SEE DAMAGE SURVEY REPORTS FOR DETAILS

CA/CESU TAXONOMIC STUDY OF ZELTNERA NAMOPHILA (GENTIANACEAE) AND ITS CLOSEST RELATIVES

INTEGRATIVE STUDY OF ERIGERON CALVUS ASTERACEAE AND CLOSE RELATIVES

CA CESU EXPANDED POPULATION GENETIC STUDY OF AGAVE UTAHENSIS IN CALIFORNIA AND NEVADA

CA CESU A POPULATION GENOMIC STUDY OF THE SLENDER-HORNED SPINEFLOWER

AWARD PURPOSE: THE PURPOSE OF THIS PROJECT IS TO SUPPORT THE RECOVERY AND CONSERVATION OF CALIFORNIA S RARE AND ENDEMIC NATIVE FLORA. SEED BANKING IS A COST-EFFECTIVE CONSERVATION AND RECOVERY TOOL FOR SENSITIVE PLANT SPECIES. WHEN COLLECTED, PROCESSED, AND STORED CORRECTLY, SEEDS OF MANY SPECIES HAVE THE ABILITY TO LIVE IN FREEZER STORAGE FOR MANY DECADES. SECURING WILD-COLLECTED SEEDS ENSURES THAT THIS RESOURCE CAN BE USED FOR FUTURE RESEARCH, EDUCATION, RESTORATION AND RECOVERY EFFORTS. IN ADDITION, CONSERVATION SEED COLLECTIONS SERVE TO SAFEGUARD THE GENETIC INTEGRITY OF POPULATIONS AND PROVIDE A SAFETY NET AGAINST THE THREAT OF EXTINCTION.ACTIVITIES TO BE PERFORMED: KEY ACTIVITIES OF THE PROJECT INCLUDE THE SYSTEMATIC COLLECTION OF SEEDS FROM SPECIAL STATUS PLANTS ACROSS CALIFORNIA, WITH A FOCUS ON THOSE SPECIES THAT ARE AT RISK OR HAVE UNIQUE ECOLOGICAL IMPORTANCE. THESE SEEDS WILL BE CAREFULLY CLEANED, PROCESSED, AND STORED IN THE CALIFORNIA SEED BANK, THE LARGEST SEED BANK DEDICATED TO CALIFORNIA NATIVE PLANTS, FOR LONG-TERM PRESERVATION (EX-SITU CONSERVATION). IN ADDITION TO SEED BANKING, THE PROJECT WILL INVOLVE RECORDING DETAILED INFORMATION FROM WILD POPULATIONS, SUCH AS HABITAT CHARACTERISTICS, POPULATION DYNAMICS, AND ENVIRONMENTAL CONDITIONS, TO INFORM LAND MANAGEMENT PRACTICES (IN-SITU CONSERVATION). THIS DATA COLLECTION WILL BE INSTRUMENTAL IN DEVELOPING SCIENCE-BASED STRATEGIES FOR MANAGING BLM LANDS, AIDING IN THE RESTORATION OF THREATENED AND ENDANGERED PLANT SPECIES, AND SUPPORTING BROADER CONSERVATION OBJECTIVES ACROSS THE STATE. OUTCOMES AND DELIVERABLES: OUTCOMES AND DELIVERABLES INCLUDE DEVELOPMENT OF PROPAGATION INFORMATION TO GUIDE CULTIVATION AND REINTRODUCTION OF RARE SPECIES, VALUABLE SEED RESOURCES PROVIDED FOR RESTORATION AND RECOVERY PROJECTS, GERMINATION TRIALS WILL INFORM RESTORATION AND REINTRODUCTION EFFORTS ON PUBLIC LANDS, AND THROUGHOUT THE STATE. THIS PROJECT WILL HELP DEVELOP THE NATIVE SEED SUPPLY FOR THE MOST IMPERILED SPECIES ON BLM LANDS, AND IT WILL ALSO ADDRESS THE GAP IN KNOWLEDGE FOR GERMINATION REQUIREMENTS TO ASSIST WITH MANAGEMENT OF A WIDE RANGE OF RARE WILD PLANT SPECIES.INTENDED BENEFICIARIES: THE WORK CONDUCTED BY THIS PROJECT WILL PROVIDE VALUABLE SEED RESOURCES AND PROPAGATION INFORMATION FOR RESTORATION AND RECOVERY PROJECTS ON PUBLIC AND FEDERAL LANDS. IN ADDITION TO MAKING SEEDS AVAILABLE FOR PROJECTS, A PORTION OF THE SEEDS COLLECTED FOR THIS PROJECT WOULD BE MADE AVAILABLE TO BENEFIT NON-PROFIT ORGANIZATIONS AND INSTITUTIONS OF HIGHER EDUCATION FOR FUTURE CONSERVATION AND RESEARCH PROJECTS. ALL INFORMATION ON PROPAGATION METHODS THAT ARE LEARNED FROM THE SEED COLLECTIONS WILL BE SHARED TO PROVIDE AN INDIRECT BENEFIT TO BLM AS WELL AS DIRECTLY BENEFITING PARTNERING NON-PROFITS AND THE SCIENTIFIC COMMUNITY. THIS INFORMATION WILL CONTRIBUTE TO A LARGER BODY OF WORK THAT WILL ADVANCE KNOWLEDGE AND CONSERVATION OF WILD PLANTS GLOBALLY.THE WORK TO SECURE WILD-COLLECTED SEEDS OF RARE PLANT SPECIES ENSURES THAT POPULATION-LEVEL INFORMATION IS UP TO DATE, ENHANCING THE LEVEL OF DATA AVAILABLE TO INFORM LAND-USE AND PERMITTING OF PROJECTS OCCURRING ON PUBLIC LAND.

RARE PLANT SURVEYS IN DEVELOPMENT FOCUS AREAS FOR RENEWABLE ENERGY IN THE CALIFORNIA DESERT DISTRICT

POPULATION GENOMIC STUDY FOR PEIRSON'S MILKVETCH

THE AMARGOSA NITERWORT IS A PLANT SPECIES IS IMPERILED BY THE CONTINUED DETERIORATION OF THE EARTHEN DAM RETAINING CRYSTAL RESERVOIR. IT WAS LISTED AS ENDANGERED IN 1985 DUE TO ITS ENDEMISM AND VULNERABILITY TO THE THREATS OF GROUND WATER DEPLETION AND SURFACE DISTURBANCES URGENT ACTION IS NEEDED BECAUSE THE LARGEST POPULATION IN NEVADA LOCATED DIRECTLY BELOW THE DAM RETAINING CRYSTAL RESERVOIR AT ASH MEADOWS NATIONAL WILDLIFE REFUGE (NWR) IS IMPERILED BY CONTINUED DETERIORATION OF THIS EARTHEN STRUCTURE. THIS PROJECT AIMS TO SUPPORT THE REINTRODUCTION OF AMARGOSA NITERWORT TO BOLSTER THE POPULATION FOLLOWING THE REMOVAL OF THE EARTHEN DAM AND RESTORATION OF THE OUTFLOW ECOSYSTEM.

PROPAGATION PROTOCOLS FOR TEN RARE PLANT SPECIES IMPACTED BY SOLAR ENERGY

DOMESTIC WATER GRANTS - REGULAR

THIS PROJECT IS CRITICAL FOR PROVIDING THE SERVICE WITH THE SCIENCE TO DEVELOP A SPECIES STATUS ASSESSMENT AND MAKE A DEFENSIBLE 12-MONTH LISTING DECISION FOR THREECORNER MILKVETCH (ASTRAGALUS GEYERI VAR. TRIQUETRUS). THREECORNER MILKVETCH LACKS IMPORTANT RANGEWIDE DATA INCLUDING: COMPREHENSIVE DEMOGRAPHIC DATA, AND INFORMATION REGARDING THE SPECIES BREEDING SYSTEM AND POLLINATION REQUIREMENTS. TO DATE THERE HAVE BEEN NO GENETICS STUDIES PUBLISHED ON ASTRAGALUS GEYERI. THIS STUDY WILL ADDRESS THE CHALLENGE OF IDENTIFYING GENOMIC VARIATION IMPORTANT TO TAXONOMIC BOUNDARIES AND CONSERVATION INCLUDING NECESSARY BASELINE DATA TO EVALUATE THE SPECIES TAXONOMIC STATUS, GENETIC DIVERSITY WITHIN AND BETWEEN POPULATIONS, EFFECTIVE POPULATION SIZE, AND BREEDING SYSTEM. RESULTS FROM THIS STUDY WILL INFORM FUTURE CONSERVATION EFFORTS FOR ASTRAGALUS GEYERI VAR. TRIQUETRUS

GENETIC STUDY OF HAZARDIA ORCUTTII

PURPOSE: TO SUPPORT THE ANNUAL WRITERS CONFERENCE.

NV DESOCESU SEED BANKING THREATENED, ENDANGERED AND SENSITIVE SPECIES ON BLM SOUTHERN NEVADA DISTRICT

DOMESTIC WATER GRANTS - REGULAR

PROGRAMMING SUPPORTS A COMPREHENSIVE NETWORK OF COOPERATIVE STUDY UNITS TO FACILITATE COOPERATIVE RESEARCH, TECHNICAL ASSISTANCE, EDUCATION, AND TRAINING TO INFORM SCIENCE-BASED MANAGEMENT OF THE NATIONAL PARK SYSTEM. THE STUDY UNITS FACILITATE MULTI-DISCIPLINARY SCIENCE AND INTEGRATED INFORMATION PRODUCTS ACROSS MULTIPLE GEOGRAPHIC REGIONS OF THE NATIONAL PARK SYSTEM. THIS PROJECT WILL EXPAND BOTANICAL CURRICULUM TO SUPPORT SEED COLLECTION AND BOTANICAL IDENTIFICATION EFFORTS ACROSS PUBLIC LANDS IN CALIFORNIA AND DEEPEN AGENCY ENGAGEMENT WITH ACADEMICS AND NGOS DOING PLANT CONSERVATION, AS WELL AS CULTIVATING THE NEXT GENERATION OF BOTANICAL STUDENTS. BENEFICIARIES INCLUDE STATE AND LOCAL GOVERNMENTS, FEDERALLY RECOGNIZED INDIAN TRIBAL GOVERNMENTS, PUBLIC PRIVATE NONPROFIT ORGANIZATIONS, NONPROFIT INSTITUTIONS OF HIGHER EDUCATION, AND THE GENERAL PUBLIC.

CA CESU SURVEYS AND STATUS ASSESSMENT FOR SCREW BEAN MESQUITE FABACEAE

PURPOSE: TO SUPPORT THE ANNUAL WRITERS CONFERENCE AND THE NATIONAL DISTRIBUTION OF EDUCATIONAL RESOURCES THROUGH ON STORY PROJECT A MULTIPLATFORM SERIES.

SEED BULKING FOR FIVE FORB SPECIES FOR BLM MOJAVE NATIVE PLANT PROGRAM

EWP 5038 BRUNSWICK LEVEE DISTRICT, CARROLL COUNTY, DSR 5038-3-112 SEDIMENT REMOVAL (6000014366)

QUINO CHECKERSPOT HOST PLANT SURVEYS

PHACELIA STELLARIS SURVEYS

HEALTHY LANDS PROJECT TO CONTINUE PROJECTS

PURPOSE: TO SUPPORT THE ANNUAL WRITERS CONFERENCE AND THE NATIONAL DISTRIBUTION OF EDUCATIONAL RESOURCES THROUGH ON STORY PROJECT, A MULTIPLATFORM SERIES.

PURPOSE: TO SUPPORT THE ANNUAL WRITERS CONFERENCE AND THE NATIONAL DISTRIBUTION OF EDUCATIONAL RESOURCES THROUGH THE ON STORY PROJECT A MULTIPLATFORM SERIES.

DISSERTATION RESEARCH: EVOLUTION AND SYSTEMATICS OF CLAYTONIA LANCEOLATA SENSU LATO (MONTIACEAE)

DISSERTATION RESEARCH: PHYLOGENETIC ANALYSIS OF THE NEOTROPICAL PLANT GENUS CLUSIA (CLUSIACEAE)

TO SUPPORT THE MULTIPLATFORM SERIES ON STORY FEATURING CONVERSATIONS WITH ARTISTS AT THE AUSTIN FILM FESTIVAL ABOUT THE CREATIVE PROCESS BEHIND FILM AND TELEVISION PRODUCTION.

TO SUPPORT EDITING AND OUTREACH FOR THE MULTI-PLATFORM SERIES ON STORY FEATURING CONVERSATIONS WITH ARTISTS AT THE AUSTIN FILM FESTIVAL ABOUT THE CREATIVE PROCESS BEHIND FILM AND TELEVISION PRODUCTION.

DISSERTATION RESEARCH: SYSTEMATICS AND BIOGEOGRAPHY OF SABIACEAE WITH EMPHASIS ON MELIOSMA

NATURAL RESOURCES SUPPORT GAMBELS WATERCRESS

DISSERTATION RESEARCH: ECOLOGICAL DIVERSIFICATION IN THE ERIOGONUM CLADE (POLYGONACEAE)

GAMBEL'S WATERCRESS CONSERVATION

GENOTYPING NATIVE AND EX SITU BERBERIS PINNATA SSP. INSULARIS FOR CONSERVATION

DISSERTATION RESEARCH: FOLIAR AND FLORAL EVOLUTION IN GEOGRAPHIC CONTEXT: CRYPTIC EVOLUTION IN THE MYCOHETEROTROPHIC PYROLA PICTA SPECIES COMPLEX (ER

TO SUPPORT DIGITIZATION AND PRESERVATION OF CONTENT FOR THE AUSTIN FILM FESTIVALS ON STORY ARCHIVE.

DISSERTATION RESEARCH: FROM TWO DIMENSIONS TO THREE: ORIGINS AND EVOLUTIONARY DEVELOPMENT OF THE SEPAL CREST IN IRIS

THE GOAL OF THE PROJECT IS TO PROVIDE USFWS WITH AN UPDATED DRAFT RECOVERY PLAN IN 1 YEAR AND A FINAL AMARGOSA NITERWORT RECOVERY PLAN UPDATE WITHIN 2.5 YEARS OF THE PROJECT S INITIATION. UPDATES WILL INCLUDE REVISING THE PLAN S RECOVERY STRATEGY, DELISTING CRITERIA, THREATS TO BE AMELIORATED, AND RECOVERY ACTIONS.

NEW COOP - GENOTYPING NATIVE PLANTS

SUPPORTING A.J.M.F. (AMITIE JUDEO-MUSULMANE DE FRANCE)'S PROGRAM "TOUR DE L'AMITIE" - AJFM'S GOAL IS TO INCREASE MUTUAL UNDERSTANDING DIALOGUE AND

TO SUPPORT STORYTELLING THROUGH FILM.

SEED BULKING FOR RECOVERY OF PISMO CLARKIA- DIRECTED ANNOUNCEMENT

IMPROVING ENVIRONMENTAL CONDITIONS AND CARE FOR ARCHIVES AND SPECIAL COLLECTIONS

CA CESU RSABG INTERACTIVE TISSUE COLLECTION DATABASE MANAGEMENT

SEC. 9007 REAP-RENEW ENERGY SYS GRANTS (MAN)

P18AC00517

PURPOSE: TO SUPPORT THE ANNUAL WRITERS CONFERENCE AND THE NATIONAL DISTRIBUTION OF EDUCATIONAL RESOURCES THROUGH ON STORY PROJECT A MULTI-PLATFORM SERIES.