Diverse Parents Research Articles

Assessing population structure and morpho-molecular characterization of sunflower (Helianthus annuus L.) for elite germplasm identification.

Sunflower (Helianthus annuus L.), known for its adaptability and high yield potential, is vital in global edible oil production. Estimating genetic diversity is a key pre-breeding activity in crop breeding. The current study comprised of 48 genotypes which were assessed for their biometrical traits at department of Oilseeds, Tamil Nadu Agricultural University, during the rainy season of 2022. The lines were subsequently characterised using 103 simple sequence repeat (SSR) markers for molecular diversity analysis. The results indicated that the net nucleotide distances indicated varying genetic divergence, with subpopulations II and V showing the highest (0.056) and I and IV the lowest (0.014). Subpopulation IV exhibited the highest heterozygosity (0.352), while subpopulation III had the lowest heterozygosity and a low Fst (0.173). Principal components analysis (PCA) and hierarchical cluster analysis were employed for assessing the morphological diversity, facilitating genotype grouping and parent selection for breeding programs. The first four components cumulatively accounted for 86.72% of the total variation. Cluster Analysis grouped 48 sunflower genotypes into three clusters based on genetic diversity. COSF 13B stands out for its high head diameter, oil content, seed yield, and oil yield based on mean performance of morphological data. Principal coordinate analysis (PCoA) mirrored the groupings from the Neighbor Joining method, with the first three components explaining 27.24% of the total variation. Molecular data analysis identified five distinct clusters among the germplasm. By integrating morphological and molecular marker data with genetic distance analysis, substantial diversity was revealed with the genotypes RHA 273 and GMU 325 consistently demonstrated high oil yield per plant. The genotypes GMU 477, GMU 450, COSF 13B, RHA 102, CMS 1103B, and RHA GPR 58 have been identified as suitable parents for enhancing oil content in sunflower breeding programs. These findings also aid in selecting SSR markers for genotype characterization and in choosing diverse parents for breeding programs.

Network analysis of ethnic-racial socialization competency and content among diverse parents of color: An eye toward intervention targets.

To help their children survive and thrive in our unequal society, parents of color must engage in the process of ethnic-racial socialization (ERS) or teaching about race, ethnicity, and racism. Equally important to the provision of ERS messages are parents' confidence, skills, and stress levels around delivering ERS (i.e., ERS competency). Currently, little work speaks to how different aspects of parental ERS competency and the content of the messages they give are related to each other. This is important to better understand not only for the continued refinement of theory but also to inform newly developed and future interventions intervening upon parental ERS. The present study, therefore, utilizes network analysis, an analytical tool not yet applied to the study of ERS but with the capabilities of illustrating the interrelations between specific aspects of ERS content and competency. Among 576 Black, Asian American, and Latinx parents (Mage = 44.52 years old, SDage = 9.16, 59.5% mothers) with adolescent children (Mage = 14.31, SDage = 2.48), we found evidence for relatively sparse interconnections between dimensions of ERS content and competency. However, we identified parental messages about racism and coping (preparation for bias), the celebration of diversity (cultural pluralism), the history and values of one's ethnic-racial group (cultural socialization), and parents' levels of socialization-related stress as particularly central, important aspects of ERS; these central components of ERS may have the potential to serve as particularly powerful intervention targets. Specific findings and the potential for network analyses to add to our understanding of the complex process of ERS are discussed. (PsycInfo Database Record (c) 2024 APA, all rights reserved).

Supplemental Material for Network Analysis of Ethnic–Racial Socialization Competency and Content Among Diverse Parents of Color: An Eye Toward Intervention Targets

Supplemental Material for Network Analysis of Ethnic–Racial Socialization Competency and Content Among Diverse Parents of Color: An Eye Toward Intervention Targets

Understanding stakeholder perspectives on Apgar score, cyanosis and identifying jaundice in ethnic minority neonates.

To explore neonatal assessments that include an element of evaluating skin colour in neonates of black, Asian and minority ethnicities, focusing on the Apgar score, presence of cyanosis and presence of jaundice. We employed focused ethnography involving diverse healthcare professionals (HCPs) and parents or caregivers with Black, Asian, or ethnic minority children born in the last five years. Zoom interviews were performed following a semi-structured interview guide. Ethnographic data analysis was conducted using NVivo software. There was a lack of consistency in how HCPs applied the Apgar scores, which also varied from textbook guidelines. The use of pink as a skin colour descriptor for ethnic minority neonates created a divide among both parents and HCPs. HCPs relied more heavily on other elements of the Apgar score or infant breathing and crying at birth to gauge infant wellness. When identifying cyanosis, HCPs depend on specific body locations for accurate assessment of oxygenation, but the limitations of visual assessment are acknowledged. For jaundice, most HCPs recognised the difficulty in identifying the colour yellow in infants with darker skin tones. HCPs focussed on yellowing of the sclera and gums and other well-being assessments to detect jaundice. Some interviewed parents noticed jaundice in their infants before HCPs but felt they were not listened to when raising concerns. HCPs acknowledged the need for additional training to effectively assess the health of ethnic minority infants. This study highlights disparities in neonatal health assessment from the perspectives of healthcare professionals and parents from diverse backgrounds. Varied practices in determining the Apgar score and recognising cyanosis and jaundice signal the need for standardised protocols, appropriate educational materials, and targeted training. Addressing these challenges is vital for equitable care, emphasising comprehensive training and bias mitigation efforts in maternal and neonatal healthcare.

Quantifying Genetic Diversity Based on Morphological and Molecular Analysis in Pearl millet [<i>Pennisetum glaucum</i> (L.) R. Br.] Inbred Lines

The experiment was carried out with thirty pearl millet inbred lines at Research Farm of ICAR-AICRP on Pearl Millet, Project Coordinating Unit, Mandor-Jodhpur during kharif 2020 in randomized block design (RBD) with three replications. Morphological and molecular diversity was assessed in 30 pearl millet inbred lines by Mahalanobis D2 analysis and Simple Sequence Repeats (SSR) molecular marker, respectively. Total five clusters were formed from D2 analysis and seven clusters were generated from SSR markers data analysis. The character viz. panicle girth, number of effective tillers per plant and 1000 seed weight contributed maximum to morphological diversity. The clustering pattern based on SSR markers data revealed that genotypes at molecular level had high diversity as compared to that seen at phenotypic level. There was significant differences among the clustering pattern of D2 and SSR molecular marker analysis. The reason may be environmental influence on phenotypic level. This information can be used as selection criteria to have hybridization between diverse parents to exploit heterosis in pearl millet breeding program.

Developing films to support vaccine-hesitant, ethnically diverse parents’ decision-making about the human papillomavirus (HPV) vaccine: a codesign study

ObjectiveTo illustrate an evidence-, theory- and person-based approach to codesign the COMMUNICATE films that support parental decision-making about the human papillomavirus (HPV) vaccine for their teenagers.DesignCodesign study.SettingLocalities covered by two...

Unlocking the mystery of heterosis opens the era of intelligent rice breeding.

Heterosis refers to the phenomenon where the first filial offspring (F1) from genetically diverse parents displays advantages in growth rate, yield, and adaptability compared with its parents. The exploitation of heterosis in rice breeding has greatly increased the productivity, making a significant contribution to food security in the last half of the century. Conventional hybrid rice breeding highly relies on the breeder's experience on random crossing and comprehensive field selection. This process is time-consuming and labor-intensive. In recent years, rice hybrid breeding has encountered challenges stemming from limited germplasm resource, low breeding efficiency, and high uncertainty, which constrain the progress in yield increase, coupled with difficulties in balancing grain yield, quality, and resistance. Understanding the genetic basis of rice heterosis could lead to significant advancements in breeding concepts and methods. This will fully unleash the advantages of heterosis. In this review, we focus on the research progress of the genetic dissection of crop heterosis and briefly introduce some key advancements in modern intelligent breeding of rice hybrid.

Exploring Differences in Spanish- and English-Speaking Parents’ Experiences With Individualized Education Program Meetings

This study aimed to explore the experiences of parents ( N = 177; Spanish-speaking and English-speaking parents) of children with disabilities navigating the special education process. This descriptive study collected quantitative and qualitative data through an electronic survey. Results describe Spanish- and English-speaking parent’s experience during Individualized Education Program (IEP) meetings, challenges in attending IEP meetings, special education knowledge, participation during IEP meetings, feelings of discrimination, parental stress, and dissatisfaction with special education services. Spanish-speaking parents reported less special education rights knowledge and feeling more discrimination at IEP meetings in comparison to English speakers and reported language barriers and inadequate interpretation services as challenges to attending an IEP meeting. Findings highlight the need for equitable parent-school partnerships to support and empower all families. Awareness of the unique experiences of Spanish-speaking families may further equitable school efforts to serve this population and other linguistically diverse parents.

Parent and staff focus groups to address NICU racial inequities: "There's radical optimism in that we're in a different time and we're not doing it alone".

To understand local mechanisms of racial inequities and generate recommendations from community members regarding how to promote racial equity in the Neonatal Intensive Care Unit (NICU). In an urban tertiary care NICU, 4 semi-structured in-person focus groups with follow-up audio diaries were conducted with NICU parents and staff from 2022-2023 with support from interpreters, a psychologist, and a family advocate. Researchers coded transcripts independently and thematic analysis was utilized to generate and refine themes. 16 racially diverse and multidisciplinary staff and parents participated, and six themes emerged from the data. Mechanisms of racial inequities included power dynamics, interpersonal and institutional dehumanization, and societal inequities. Recommendations included redistributing power, transforming space and staff to promote humanism, and mitigating harm through peer support and resource allocation. Focus groups are a promising strategy to identify interventions to address racial inequities. Future research should focus on intervention implementation and evaluation.

Assessment of Genetic Diversity in Tomato (Solanum lycopersicum) Varieties by Using RAPD Markers

Aim: Assessment of genetic diversity in Tomato (Solanum lycopersicum) varieties by using RAPD markers. Place and Duration of Study: Department of Plant Biotechnology of K. K. Wagh College of Agricultural Biotechnology, Nashik, Maharashtra. Methodology: Tomato is one of the most important vegetable crops in the world and normally human being daily consumed in diet. The five Varities were collected from Mahalaxmi Hi-Tech Nursery Nashik. The present study was conducted at K K Wagh college of Agricultural Biotechnology Nashik. DNA was isolated by using modified CTAB method Five Varities were analyzed through RAPD markers to determine the molecular characterization at individual level. Results: Six arbitrary oligonucleotide primers used in the RAPD-PCR produced a total 38 different marker bands with an average 8 band per primer. Based on the banding pattern 100% polymorphism observed among the tomato varieties. Size range of amplified DNA bands varied from 0.1-10 kb. A total of 14 unique bands were amplified from the genome of the 5 tomato varieties. The dendrogram clustered the tomato varieties into two major clusters. The clusters were subdivided into small groups including the highly related Keshar and 0225, Anisha and Sai-22 varieties. The other Cluster included an isolated variety of Aryaman as a distinctive one. The RAPD data revealed a high genetic polymorphism that can be used to select diverse parents in breeding programs and maintain genetic variation.

Assessment of Genetic Divergence for Forage Yield and Biochemical Traits in Sorghum [Sorghum Bicolor L. Moench] Germplasm

The present investigation was carried out with two hundred eighty sorghum germplasm lines in augmented block design at GBPUAT, Pantnagar under normal sown condition during the Kharif season 2018. The observations were recorded on different yield contributing traits such as days to flowering, plant height, number of leaves; stem girthetc., quality traits such as protein content, total soluble solids, in vivo dry matter digestibility etc., and biochemical traits like cellulose content, silica content, and hemicelluloses etc. The statistical analysis for genetic diversity was done using hierarchical cluster analysis. The hierarchical cluster analysis revealed that significant amount of genetic diversity was present in sorghum germplasm with respect to different yield relate traits, quality traits and biochemical traits. The 280 germplasm lines were grouped into XI distinct non-overlapping clusters. The cluster-I (52) consisted of highest number of genotypes whereas lowest numbers of genotypes were exhibited by cluster-XI (1). The highest intra-cluster distance was exhibited by cluster-I (52.381) whereas lowest intra-cluster distance was exhibited by cluster-XI (0.000). The clusters with high intra-cluster distances suggested that genotypes in these clusters were more genetic diverse than the genotypes in other clusters with low intra-cluster distances. The maximum inter-cluster distance was observed between clusters-IV and XI (346.854) suggested distant relationship between members of these two clusters and upon crossing the members of these two clusters will give more genetic diversity in segregating generation whereas minimum inter-cluster distance was observed between clusters-VIII and IX (46.803) suggested a closer relationship between these two clusters and low degree of genetic diversity among the genotypes. Presence of substantial genetic diversity among the genotypes screened in the present study indicated that this material may serve as a good source for selecting the diverse parents for hybridization programme. In order to increase the possibility of isolating good trangressive segregants in the segregating generations it would be logical to attempt crosses between the diverse genotypes belonging to clusters separated by large inter-cluster distances.

The experiences of gender and sexually diverse parents using support and services for their young children: An integrative review.

To address: What are the experiences of 2SLGBTQQIA+ parents using parenting supports and services to meet their children's early childhood development needs (<5 years of age)? Whittemore and Knafl's (2005) integrative review methodology. Electronic databases were searched from 2000 to October 14, 2022 for empirical studies or reviews addressing the research question. The title and abstract of 12,158 articles were screened for inclusion in the review by two independent researchers; 175 of these articles underwent full-text review. Studies selected were critically appraised using a Joanna Briggs Institute Critical Appraisal tool. Relevant key findings were extracted from each study and entered into N-VIVO-12. Thematic content analysis was employed and PRISMA guidelines were adhered to. A total of 18 articles (15 qualitative and three multi-method studies) met the inclusion criteria and were selected for the review. Seven themes were revealed from analysis of the studies: (1) 2SLGBTQQIA+ Status kept a secret; (2) Forced to come out; (3) Heteronormative messaging; (4) Feeling excluded; (5) Stigmatised; (6) Parents act as educators; and (7) Positive experiences. This integrative review provides nurses with insight into the experiences of 2SLGBTQQIA+ parents using health care services for their young child. This article highlights what changes nurses need to make to their practice to ensure appropriate, inclusive care for clients of diverse sexual and gender identities and their families. Health care providers, especially nurses, have an opportunity to improve the experiences of these families and positively impact their health and well-being. Additionally, there is a need for research with the 2SLGBTQQIA+ parent community and the use of rigorous methodological techniques, including clearly linking participants' gender and sexual identities with study findings, to improve our understanding of 2SLGBTQQIA+ parent experiences. Although there was no direct patient contribution to the work since it was an integrative review of the literature, indirectly patient contributions are incorporated from the original research results of studies incorporated into this review.

Parents' Perspectives on Early Relational Health: A Qualitative Study.

The American Academy of Pediatrics endorses a paradigm shift toward promoting early relational health (ERH) in pediatrics. Pediatric clinicians have a unique opportunity to promote ERH, yet little work has sought parents' perspectives on how clinicians can do so effectively. We sought to understand diverse parents' perspectives on ERH and the role of pediatric clinicians in supporting it. We conducted virtual focus groups using a guide prepared with input from community partners and parent advisors. We purposively sampled a diverse group of parents of children aged ≤7 years. Focus groups were recorded and transcribed verbatim. We analyzed data as it was collected and identified themes using an inductive and iterative process. Thirty-seven parents participated in 8 focus groups (median parent age: 36.0 years; 43.2% Asian, 18.9% Black/African-American; 32.4% Hispanic/Latino; 78.4% mothers). We identified 3 organizing themes: (1) Time, attention, and open communication with children lay a foundation for ERH; (2) Pediatric clinicians have an opportunity to promote ERH, but disconnected parent-clinician relationships are a major barrier; and (3) Enhanced communication and careful attention to child development and family well-being represent key opportunities to strengthen parent-clinician relationships. Parents identified time, attention, and open communication as essential to ERH. Although participants expressed openness to clinicians addressing ERH, such work is contingent on strong parent-clinician relationships. Policymakers and clinicians seeking to address ERH in pediatric settings must also be prepared to address potential barriers through strategies like providing adequate time to facilitate relationship-building and careful attention to address this critical topic.

Genetic diversity studies in local collections and advanced generations of lucerne (Medicago sativa L.) genotypes for fodder yield and yield-attributing traits

Precise information about genetic divergence is vital for a productive breeding program, as genetically diverse parents produce high heterotic effects, producing desirable segregants with higher yield levels. This study assessed seventy genotypes and four checks to estimate the extent of genetic diversity based on ten morphological traits attributed to yield. The genotypes showed significant differences for all the traits considered. Based on the Mahalanobis D2 statistics, the genotypes were grouped into ten clusters, with cluster I having the maximum number of genotypes, whereas cluster IX had a single genotype. The average inter-cluster distances revealed that the genotypes in clusters VI and VII were more diverse. In contrast, clusters I and III genotypes had the shortest inter-cluster distances, indicating genetic closeness. The study revealed a broad genotypic diversity within and between the alfalfa germplasm collections. The genotypes in clusters I, III, and V provide excellent genetic material for alfalfa yield improvement. They offer a possible way to exploit the existing variability to develop superior populations or composites

Characterising Biological and Physiological Drought Signals in Diverse Parents of a Wheat Mapping Population.

Water deficit affects the growth as well as physiological and biochemical processes in plants. The aim of this study was to determine differences in physiological and biochemical responses to drought stress in two wheat cultivars-Chinese Spring (CS) and SQ1 (which are parents of a mapping population of doubled haploid lines)-and to relate these responses to final yield and agronomic traits. Drought stress was induced by withholding water for 14 days, after which plants were re-watered and maintained until harvest. Instantaneous gas exchange parameters were evaluated on the 3rd, 5th, 10th, and 14th days of seedling growth under drought. After 14 days, water content and levels of chlorophyll a+b, carotenoids, malondialdehyde, soluble carbohydrates, phenolics, salicylic acid, abscisic acid (ABA), and polyamines were measured. At final maturity, yield components (grain number and weight), biomass, straw weight, and harvest index were evaluated. Physiological and biochemical parameters of CS responded more than those of SQ1 to the 14-day drought, reflected in a greater reduction in final biomass and yield in CS. Marked biochemical differences between responses of CS and SQ1 to the drought were found for soluble carbohydrates and polyamines. These would be good candidates for testing in the mapping population for the coincidence of the genetic control of these traits and final biomass and yield.

Phenotypic Dissection of Drought Tolerance in Virginia and Carolinas within a Recombinant Inbred Line Population Involving a Spanish and a Virginia-Type Peanut Lines

Peanut (Arachis hypogaea L.) is a rainfed crop grown in both tropical and subtropical agro-climatic regions of the world where drought causes around 20% yield losses per year. In the United States, annual losses caused by drought are around $50 million. The objective of this research was to (1) identify genetic variation for the normalized difference vegetation index (NDVI), canopy temperature depression (CTD), relative chlorophyll content by SPAD reading (SCMR), CO2 assimilation rate, and wilting among recombinant inbred lines (RILs) derived from two diverse parents N08086olJCT and ICGV 86015, to (2) determine if the physiological traits can be used for expediting selection for drought tolerance, and (3) experimental validation to identify lines with improved yield under water-limited conditions. Initially, 337 lines were phenotyped under rainfed production and a selected subset of 52 RILs were tested under rainout shelters, where drought was imposed for eight weeks during the midseason (July and August). We found that under induced drought, pod yield was negatively correlated with wilting and CTD, i.e., cooler canopy and high yield correlated positively with the NDVI and SPAD. These traits could be used to select genotypes with high yields under drought stress. RILs #73, #56, #60, and #31 performed better in terms of yield under both irrigated and drought conditions compared to check varieties Bailey, a popular high-yielding commercial cultivar, and GP-NC WS 17, a drought-tolerant germplasm.

Exploring Parents’ Everyday Experiences With Digital Media: Barriers and Opportunities for Digital Inclusion

This article presents qualitative research findings on parents’ digital media practices. Through 32 in-depth interviews with parents of 0–6-year-olds in French-speaking Belgium, the study addresses digital inclusion by exploring the diverse ways parents experience and benefit (or not) from digital media. Our research uncovers the dual nature of digital media use in parenting, presenting both advantageous and problematic outcomes across four dialectical dimensions. Our work sheds light on how digital media can (a) offer informational support or constitute an informational challenge, (b) provide emotional assistance or cause emotional struggles, (c) grant access to social support or contribute to social pressures, and (d) serve as a tool for the daily organisation or complicate daily life. Our article also investigates the factors associated with either positive or negative outcomes. We show the role of personal, situational, social, and normative factors. To conclude, we identify strategies for childcare and parenting support professionals to promote digital inclusion among parents by addressing barriers to positive experiences and outcomes related to the use of digital media. By integrating the outcomes of parents’ experiences with digital media into discussions of digital inclusion, this article contributes to a comprehensive approach to promoting digital equity beyond questions of access and skills. It calls for user-centric strategies that consider the diverse experiences and concrete outcomes associated with digital media use and emphasises the importance of supporting parents and families regarding these tools.

Validation and identification of promising gene specific markers governing foliar disease resistance in groundnut (Arachis hypogaea L.).

Groundnut is vulnerable to the major foliar fungal disease viz., late leaf spot (LLS) and rust in kharif season, which results in severe yield losses. Until now, LLS and rust resistance linked markers were developed based on GPBD 4 as a major donor source and were validated in its derivatives only, which restricted their use in marker assisted selection (MAS) involving other donors. The current study focused to validate LLS and rust resistance linked markers employing advanced breeding lines of F6 generation, derived from nine different crosses involving nine diverse parents, to identify potential markers for marker-assisted breeding of LLS and rust resistance in groundnut. Out of 28-trait linked markers used for validation, 8 were polymorphic (28.57%). Marker-trait association (MTA) and Single Marker Analysis (SMA) revealed that the SSR marker pPGPseq5D05 is significantly associated with both LLS (15.8% PVE) and rust (17.5% PVE) resistance, whereas, the marker IPAHM103 is tightly linked with rust resistance (26.8% PVE) alone. In silico analysis revealed that the marker gene for IPAHM103 is a zinc finger protein and the marker gene for pPGPseq5D05 is an ADP-ribosylation factor GTPase-activating protein. Both these protein products impart resistance or tolerance to biotic stress in crop plants. Two other markers namely, GMLQ975 and pPGPseq13A10 were also found to be associated with LLS resistance explaining MTA up to 60%. These gene specific markers will enable us to screen more number of germplasm lines or newly developed lines in MAS schemes for LLS and rust resistance using a wide range of resistant sources.

Unlocking Genetic Diversity and Germplasm Characterization with Molecular Markers: Strategies for Crop Improvement

Molecular markers have emerged as the most useful tools in assessment of genetic diversity and characterizing germplasm, for crop improvement. This review paper comprehensively analyzes the applications of molecular markers in diversity analysis and germplasm characterization. It underscores the significance of genetic diversity as the bedrock for plant breeding programs, enabling the development of improved varieties with desirable attributes such as higher yields, stress tolerance, and enhanced nutritional profiles. The paper provides an overview of various types of molecular markers, including hybridization-based markers (e.g., RFLPs) and PCR-based markers (e.g., RAPDs, AFLPs, SSRs, and SNPs). It discusses marker selection strategies, emphasizing the consideration of factors like polymorphism, informativeness, and the potential for multiplexing and high-throughput genotyping. Diversity analysis techniques, including principal component analysis (PCA), cluster analysis methods (UPGMA and Neighbor-Joining), and population structure analysis (model-based approaches like STRUCTURE), are detailed. These methods enable the assessment of genetic relationships, identification of subpopulations, and selection of diverse parents based on molecular marker data. The review further explores the applications of molecular markers in germplasm management, conservation, and utilization. It discusses the role of markers in targeted introgression of desirable traits from diverse sources, as well as the integration of genotypic and phenotypic data for association mapping, genomic prediction, and selection. Additionally, the paper addresses emerging technologies, such as next-generation sequencing (NGS) and the integration of molecular markers with other omics data. It also highlights the practical applications and impact of molecular markers in crop improvement programs, including marker-assisted selection (MAS), genomic selection, and the development of genetically modified crops. Finally, the review outlines challenges and future perspectives, including limitations0 of current technologies, the potential of emerging techniques like NGS, and the integration of molecular markers with other omics approaches for a comprehensive understanding of complex traits.

Diverse Parents’ Perception of the Impact of COVID-19 on Their Families’ Experience of Food Security

ABSTRACT This study aimed to examine how the COVID-19 pandemic impacted food insecurity and to identify food assistance interventions that should be sustained post-COVID-19, as recommended by racially/ethnically diverse caregivers from multiple food security statuses. Qualitative interviews were conducted virtually with mothers (n = 40) during March-May 2021 in the Twin Cities, Minnesota. Study results suggest that emergency interventions developed during COVID-19 (e.g. Pandemic EBT, SNAP expansions) have been beneficial in improving families’ access to food. However, more research is needed to understand the various barriers that exist in making food more accessible for families most at risk of experiencing food insecurity.