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Beet Curly Top Virus Control Program Grants is sponsored by CA Department of Food and Agriculture. The Program may consider funding projects that develop new management methods for treating the beet leafhopper (BLH), or development of enhancements to other program areas that will mitigate the virus.
The funding will be based on the researcher using a no pesticide alternative or Department of Pesticide Regulation (DPR) approved pesticides registered for use in CA on BLH and/or on rangeland/hillside.
Project Scope: The Beet Curly Top Virus Control Program (BCTVCP) may consider funding projects that develop new management methods for treating the beet leafhopper (BLH), the primary vector of the beet curly top virus or development of enhancements to other program areas that will mitigate the virus.
Priorities: The funding will be based on the researcher using a no pesticide alternative or Department of Pesticide Regulation (DPR) approved pesticides registered for use in CA on BLH and/or on rangeland/hillside. Application Deadlines: Proposals must be submitted 30 days prior to posted meetings of Beet Curly Top Virus Control Board or Beet Curly Top Virus Control Board Diagnostics Subcommittee posted at www. cdfa.
ca. gov/plant/Meetings
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Beet Curly Top Virus Control Program Plant Health and Pest Prevention Services Division 1220 N Street, Sacramento, CA 95814 The California Department of Food and Agriculture (CDFA) established the Beet Curly Top Virus Control Program (BCTVCP) in 1943 to manage the economic impact of beet curly top virus (BCTV) throughout the State in accordance with California Agricultural Code, section 6031-6043.
The BCTVCP is funded through the assessment of impacted crops, with the rate of assessment being determined based on region and level of impact. Program activities are based on the recommendation of the Beet Curly Top Virus Control Board (Board).
Since its initiation, the BCTVCP has successfully reduced the severity of BCTV outbreaks in California through constant monitoring and control of beet leafhopper (BLH) populations, the sole vector of BCTV. This management strategy utilizes both aerial and ground control methods. Control operations primarily take place in the San Joaquin Valley; however, the BCTVCP monitors both BLH populations and BCTV outbreaks throughout California.
Beet Curly Top Virus Control Program Reports BCTVCP Reports and Grower Alerts BCTV Grower Alert 04-08-2021 BCTV Grower Alert 04-13-2021 BCTV Grower Alert 04-16-2021 BCTV Monthly Report 02-2021 BCTV Monthly Report 03-2021 BCTV Monthly Report 04-2021 BCTV Monthly Report 05-2021 BCTV Monthly Report 06-2021 BCTV Monthly Report 07-2021 BCTV Monthly Report 08-2021 BCTV Monthly Report 09-2021 BCTV Monthly Report 10-2021 BCTV Grower Alert 03-09-2022 BCTV Grower Alert 03-16-2022 BCTV Grower Alert 08-02-2022 BCTVCP Grower Alert July 2022 BCTVCP Grower Alert August 2022 BCTVCP Grower Alert September 2022 BCTVCP Grower Alert October 2022 BCTVCP Grower Alert November 2022 BCTVCP Grower Alert December 2022 BCTV Monthly Report - January 2023 BCTV Monthly Report - February 2023 BCTVCP Monthly Report - March 2023 BCTVCP Monthly Report - April 2023 BCTVCP Monthly Report - May 2023 BCTVCP Grower Alert - May 2024 BCTV Monthly Report - January 2024 BCTV Monthly Report - February 2024 BCTV Monthly Report - March 2024 BCTV Monthly Report - April 2024 BCTV Monthly Report - May 2024 BCTV Monthly Report - June 2024 BCTV Monthly Report - July 2024 BCTV Monthly Report - August 2024 BCTV Monthly Report - September 2024 BCTV Monthly Report - October 2024 BCTVMonthlyReport - November2024 BCTV Monthly Report - December 2024 Beet Curly Top Virus Control Program 2024 – Weekly Report 5-6-24 to 5-10-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 5-13-24 to 5 -17-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 5-20-24 to 5-24-24 Beet Curly Top Virus Control Program 2024 – Weekly Report Report 5-27-24 to 5-31-24 Beet Curly Top Virus Control Program 2024 – Weekly Report Report6-3-24 to 6-7-24 Beet Curly Top Virus Control Program 2024 – Weekly Report Report6-10-24 to 6-14-24 Beet Curly Top Virus Control Program 2024 – Weekly Report Report6-17-24 to 6-21-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 6-24-24 to 6-28-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 7-1-24 to 7-5-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 7-8-24 to 7-12-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 7-15-24 to 7-19-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 7-29-24 to 8-2-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 8-5-24 to 8-9-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 8-12-24 to 8-16-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 8-19-24 to 8-23-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 8-26-24 to 8-30-24 Beet Curly Top Virus Control Program 2024 – Weekly Report Report9-2-24 to 9-06-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 9-9-24 to 9-13-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 9-16-24 to 9-20-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 9-23-24 to 9-27-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 9-30-24 to 10-4-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 10-7-24 to 10-11-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 10-14-24 to 10-18-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 10-21-24 to 10-25-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 10-28-24 to 11-1-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 11-4-24 to 11-8-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 11-11-24 to 11-15-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 11-18-24 to 11-22-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 11-25-24 to 11-29-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 12-2-24 to 12-6-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 12-9-24 to 12-13-24 Beet Curly Top Virus Control Program 2024 – Weekly Report 12-16-24 to 12-20-24 BCTVCP Grower Alert - March 2025 BCTV Monthly Report - January 2025 BCTV Monthly Report - February 2025 BCTV Monthly Report - March 2025 BCTV Monthly Report - April 2025 BCTV Monthly Report - May 2025 BCTV Monthly Report - June 2025 BCTV Monthly Report - July 2025 BCTV Monthly Report - August 2025 BCTV Monthly Report - September 2025 BCTV Monthly Report - October 2025 BCTV Monthly Report - November 2025 BCTV Monthly Report - December 2025 Beet Curly Top Virus Control Program 2025 – Weekly Report 1-6-25 to 1-10-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 1-13-25 to 1-17-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 1-20-25 to 1-24-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 1-27-25 to 1-31-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 2-2-25 to 2-8-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 2-9-25 to 2-15-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 2-16-25 to 2-22-25 Beet Curly Top Virus Control Program 2025 Weekly Report 2-23-25 to 3-1-25 Beet Curly Top Virus Control Program 2025 Weekly Report 3-2-25 to 3-8-25 Beet Curly Top Virus Control Program 2025Weekly Report 3-9-25 to 3-15-25 Beet Curly Top Virus Control Program 2025 Weekly Report 3-16-25 to 3-22-25 Beet Curly Top Virus Control Program 2025 Weekly Report 3-23-25 to 3-29-25 Beet Curly Top Virus Control Program 2025 Weekly Report 3-30-25 to 4-5-25 Beet Curly Top Virus Control Program 2025 Weekly Report 4-6-25 to 4-12-25 Beet Curly Top Virus Control Program 2025 Weekly Report 4-13-25 to 4-19-25 Beet Curly Top Virus Control Program 2025 Weekly Report 4-20-25 to 4-26-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 4-27-25 to 5-3-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 5-4-25 to 5-10-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 5-11-25 to 5-17-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 5-18-25 to 5-24-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 5-25-25 to 5-31-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 6-1-25 to 6-7-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 6-8-25 to 6-14-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 6-15-25 to 6-21-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 6-22-25 to 6-28-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 6-29-25 to 7-5-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 7-6-25 to 7-12-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 7-13-25 to 7-19-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 7-20-25 to 7-26-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 7-27-25 to 8-2-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 8-3-25 to 8-9-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 8-10-25 to 8-16-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 8-17-25 to 8-23-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 8-24-25 to 8-30-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 8-31-25 to 9-6-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 9-7-25 to 9-13-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 9-14-25 to 9-20-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 9-21-25 to 9-27-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 9-28-25 to 10-4-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 10-5-25 to 10-11-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 10-12-25 to 10-18-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 10-19-25 to 10-25-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 10-26-25 to 11-1-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 11-2-25 to 11-8-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 11-9-25 to 11-15-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 11-23-25 to 11-29-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 11-30-25 to 12-6-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 12-7-25 to 12-13-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 12-7-25 to 12-13-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 12-14-25 to 12-20-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 12-21-25 to 12-27-25 Beet Curly Top Virus Control Program 2025 – Weekly Report 12-28-25 to 1-3-26 BCTVCP Grower Alert - month 2026 --> BCTV Monthly Report - January 2026 BCTV Monthly Report - February 2026 Beet Curly Top Virus Control Program 2026 – Weekly Report 1-4-26 to 1-10-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 1-11-26 to 1-17-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 1-18-26 to 1-24-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 1-25-26 to 1-31-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 2-1-26 to 2-7-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 2-8-26 to 2-14-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 2-15-26 to 2-21-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 2-22-26 to 2-28-26 Beet Curly Top Virus Control Program 2026 – Weekly Report 3-1-26 to 3-7-26 Beet Curly Top Virus Control Program 2026 - Weekly Report 3-8-26 to 3-14-26 Beet Curly Top Virus Control Program 2026 - Weekly Report 3-15-26 to 3-21-26 Beet Curly Top Virus Control Board and Assessment Rates The Beet Curly Top Virus Control Board (Board) consists of 9 members representing the four districts serviced by the Program (see the map on the right).
The Board was established under California Agricultural Code: Sections 6039-6042 to advise the Secretary on the impact of BCTV on the industry, and the assessment rate on impacted commodities. View the BCTVCP Assessment Rates . Beet Curly Top Virus and Beet Leafhopper Information Since the early 1900s, curly top disease has been a known cause of serious crop damage across the Western United States.
Curly top disease is caused by BCTV, which belongs to the family Geminiviridae, and genus Curtovirus. BCTV infects approximately 300 species of crop and weed plant species, and importantly, causes significant damage to sugar beets, tomatoes, spinach, melons, hemp, peppers, and other economically critical crops in Arizona, California, Colorado, Idaho, New Mexico, and Utah.
The only known vector of BCTV is the beet leafhopper, Circulifer tenellus. The beet leafhopper (BLH) is a small insect that can accumulate BCTV while feeding on annual and perennial weeds. Once the BLH have accumulated the virus, they can then transmit BCTV as they feed on agricultural commodities in search of new host plants, potentially causing severe damage and crop losses.
In California, BLH overwinter in the foothills of the Coastal Range, west of the Central Valley. There, BLH feed and lay eggs on perennial weeds (e.g. filaree [Erodium spp.] , peppergrass, various mustard species, and buckhorn plantain [Plantago lanceolata]) that germinate following seasonal rain.
These host weeds can be infected with BCTV, which BLH ingest and accumulate as they feed. As the rain stops and the foothills dry, viruliferous BLH migrate to the Central Valley floor in search of annual weeds (e.g. Russian thistle [Salsola tragus L.] , Chenopodium species including lambsquarter and goosefoot, and London rocket [Sisymbrium irio]) to complete their life cycle.
As BLH migrate to the valley floor in search of preferred annual weeds, they feed on susceptible agricultural crop plants, infecting them with BCTV and potentially causing damage. The BLH's migration to the valley floor tends to occur between March and April. This coincides with the start of the growing season, when BCTV-susceptible crops are at their most vulnerable stages of early growth.
However, while most incidence of BCTV infection occur at the start of the season, infection can occur throughout the growing season. This is because BLH can persist on the valley floor for three generations, with the potential to continue spreading the virus as they move from host weed to crop. In late fall, BLH return to the foothills to overwinter.
Distinctive dark banding around abdomen Summer coloration can be light green Winter coloration is tan/brown with patterned wings Distinctive triangular crest is present at base of head Buckhorn plantain [Plantago lanceolata] Russian thistle [Salsola tragus L.]
Chenopodium species including lambsquarter and goosefoot London rocket [Sisymbrium irio] Insect and Vegetation Survey Determining the status of BLH populations throughout the year is dependent on survey with insect nets.
Spring Survey – From January through May, BLH populations are monitored using a flexible-ring sweep net in short winter annuals including filaree, Plantago , and peppergrass that emerge on the westside foothills of the Central Valley. BLH counts are made in sets of 10 net sweeps. The 10-sweep method is used for the short, less dense, spring host plants.
Prime, sparse host plant development, on south-facing slopes, is targeted to determine the most favorable location for BLH populations. The flexible net is swept back and forth over the top of the spring host plants 10 times while walking forward so that each successive sweep covers new host plants.
The goal of the spring survey is to identify and monitor BLH populations prior to their migration to the valley floor and susceptible crops. Fall Survey – Beginning in August, Russian thistle growing in fallow fields, oil fields or rangeland is mapped and closely monitored for developing BLH populations. Maps are updated weekly and the BLH populations are monitored with sweep net surveys.
BLH counts on Russian thistle are recorded as single sweeps. The goal of the fall survey is to identify and monitor BLH populations on the valley floor prior to their migration back to their overwintering grounds in the westside foothills of the Central Valley.
Additional Surveys – Year-round BCTVCP surveys focus on the San Joaquin Valley, because historically that is where t Sacramento Valley – Surveys typically conducted between March and June Salinas Valley – Surveys typically conducted between April and June Imperial Valley – Surveys typically conducted between June and July, and October and November The highest incidence of BCTV occurs.
Additional surveys are conducted throughout the year, as resources allow, in the following areas: Commodity Survey – Beginning in June, BCTVCP personnel transition their surveys to agricultural crops that are susceptible to BCTV. BCTV damage assessment surveys are conducted and percent damage due to BCTV is recorded.
Personnel collect samples of BCTV symptomatic plant tissue and submit them to the CDFA Plant Diagnostic Lab for viral analysis. Control efforts are timed to coincide with the reproductive biology of the BLH by disrupting the continuity of the BLH’s life cycle and lowering the BLH population below economic thresholds prior to its spring migration into susceptible crops or fall migration to overwintering sites.
Control efforts generally take place at two distinct points in the life cycle: spring and fall. Spring Control – Timing of the spring aerial control program involves several critical considerations; (1) the progression of nymphal emergence, (2) the number of mature adults, (3) the condition of host plants, and (4) the proximity to susceptible crops. At this time, there is no way to predict when or where populations will develop.
Control of the spring population can begin as early as the end of February or as late as mid-May. Control is only effective once all nymphs have emerged, but prior to adult migration caused by drying of host vegetation. In warm weather, the effective control period can be reduced substantially.
Due to rapid insect development and host plant drying, constant monitoring of BLH populations by BCTVCP staff is critical to timing of control operations. Fall Control – In the fall, usually October, the summer/fall generation of BLH produces an overwintering generation, which is concentrated on Russian thistle plants growing in cultivated fallow fields or in rangeland.
BLH remain on Russian thistle until drying or frost forces dispersal into the westside foothills of the Central Valley where more favorable overwintering hosts will germinate with the first winter rains. Fall control operations are timed prior to adult migration to the overwintering rangeland.
Ground-rig Control – After the spring migration, BCTVCP personnel monitor host plant weeds in fallow fields and roadsides on the valley floor that are nearby susceptible commodities. Ground-rig spot treatments are conducted on host plant weeds found to be harboring BLH populations. Ground-rig spot control methods are conducted on an as-needed basis from April – August.
Throughout the year samples are collected and sent to the CDFA Plant Diagnostic Lab by both BCTVCP field personnel and pest control advisors from around the state.
Types of samples collected include: BLH samples collected during sweep net surveys BLH samples pulled from sticky traps placed around agricultural fields Host weed tissue samples collected during sweep net surveys Susceptible commodity plant tissue collected during commodity damage surveys, or sent in by pest control advisors Cited Literature & Online Resources Multistate Research Coordinating Committee and Information Exchange Group.
WERA1007: Curtovirus Biology, Transmission, Ecology, and Management. https://www. nimss.
org/projects/view/mrp/outline/18818 University of California Agriculture and Natural Resources UC IPM. https://www2. ipm.
ucanr. edu/agriculture/tomato/Curly-Top/ Chen, L. -F.
, Brannigan, K. , Clark, R. , and Gilbertson, R.
L. 2010. Characterization of curtoviruses associated with curly top disease of tomato in California and monitoring for these viruses in beet leafhoppers.
Plant Dis. 94: 99-108. https://pubmed.
ncbi. nlm. nih.
gov/30754401/ Creamer, R. , Luque-Williams, M. , and Howo, M.
1996. Epidemiology and incidence of beet curly top geminivirus in naturally infected weed hosts. Plant Dis.
80:533-535. https://www. apsnet.
org/publications/plantdisease/backissues/Documents/1996Abstracts/PD_80_533. htm Davis, M. R.
, Wang, H. , Falk, B. W.
, and Nunes, J. J. 1998.
Curly top virus found in perennial shrubs in foothills. Calif. Agric.
52:38-40. https://www. researchgate.
net/publication/274552230_Curly_top_virus_found_in_perennial_shrubs_in_foothills Beet Leafhopper Sighting Report Web Browser Link: https://arcg. is/O9LyK Environmental Program Manager Email: david. kratville@cdfa.
ca. gov No meeting scheduled at this time Requests for Research Proposals
According to the current listing, eligibility includes: Business; Individual; Nonprofit; Public Agency; Tribal Government. Confirm the full requirements in the official notice before applying.
The current listing shows between $1 and $190,000. Verify award ceilings, matching requirements, and allowable costs in the official notice.
Beet Curly Top Virus Control Program Grants is funded by CA Department of Food and Agriculture. Verify program details on the funder's official page before applying.
Start from the official opportunity page linked in this listing — it carries the sponsor's submission instructions.
2026 Dairy Plus Program is sponsored by CA Department of Food and Agriculture. The California Department of Food and Agriculture (CDFA) Office of Agricultural Resilience and Sustainability (OARS) 2026 Dairy Plus Program will award competitive grants to California dairy farms for the implementation of advanced manure management practices that address both methane emissions and nitrogen and salt surplus. The 2026 Dairy Plus Program will make approximately $34 million available to support the implementation of advanced manure management practices. The 2026 Dairy Plus Program will provide supplemental funding opportunities for projects in previous and in-progress Alternative Manure Management Program (AMMP) and Dairy Digester Research and Development Program (DDRDP), and for projects in the process of implementing a system that is equivalent to approved AMMP and/or DDRDP practices (i.e., AMMP-like and/or DDRDP-like practices). Projects proposing advanced manure management practices must go beyond the usual GHG emission reductions and benefits already provided by the AMMP and DDRDP, and equivalent AMMP and/or DDRDP-like practices: · The maximum grant term will be 12 months initially, with the possibility of 24 months pending extension of contract end date approval from USDA. The start and end dates of the grant agreement are subject to change and contingent on the approval of the CPA 52 (NRCS-CPA-52 Environmental Evaluation Worksheet) for the proposed project, as well as pending extension of contract end date approval from USDA. · Project funding award cap at $750 per cow, for a maximum of $1,250,000 per project. · Grants are paid out on a reimbursement basis following invoice submission by the awardee. Grant funds are subject to state and federal program reimbursement timelines and the availability of program funding. The proposed project must meet the following eligibility requirements for the 2026 Dairy Plus Program: · The project site must be in a commercial California dairy operation. A dairy operation is defined as an entity that operates a dairy herd, which produces milk or cream commercially, and whose bulk milk or bulk cream is received or handled by any distributor, manufacturer, or any nonprofit cooperative association of dairy producers. · California farmers, ranchers, and California Native American Tribes are eligible to apply. Producers receiving grant award funds must be located in California with a physical California business address. · Producers receiving grant award funds must be registered with the USDA Farm Service Agency (FSA) for the specific farm/tract information for all tracts. Note: One farm per tract is eligible for award. · Only 1 FSA-registered entity is eligible for an award in each solicitation round. If multiple dairy operations under one FSA-registered entity/producer name are selected, only 1 dairy will be awarded. ·Eligible project types can be categorized as: o In-progress or previous AMMP recipient proposing a Dairy Plus Program project. o In-progress or previous DDRDP recipient proposing a Dairy Plus Program project. o In-progress or already operational “AMMP approved practice/AMMP-like” or “DDRDP approved practice/DDRDP-like" system proposing a Dairy Plus Program project. · The recipient and project must adhere to all “Requirements and Limitations,” which include federal requirements specific to the USDA Advancing Markets for Producers program.
Vertebrate Pest Control Research Program is sponsored by CA Department of Food and Agriculture. Proposals may focus on research and/or education projects to enhance control measures of vertebrate pests that pose a significant threat to the welfare of state’s agricultural economy, infrastructure, environment, and the public. CDFA does not support proprietary product development projects. Proposals that originate from outside of California are considered if the proposal includes relevance to vertebrate pest concerns within California. Proposals may focus on research and/or education projects to enhance control measures of vertebrate pests that pose a significant threat to the welfare of state’s agricultural economy, infrastructure, environment, and the public. CDFA does not support proprietary product development projects. Proposals that originate from outside of California are considered if the proposal includes relevance to vertebrate pest concerns within California. Proposals that include other sources of funding are strongly encouraged and welcomed.
Brown Girl Jane x SheaMoisture Grant is a grant from SheaMoisture and Brown Girl Jane that funds Black and woman-owned beauty and wellness businesses in the United States. Part of SheaMoisture's broader commitment to addressing racial inequality through its $1 million annual giving fund, this program specifically supports founders at the intersection of Black and women-owned entrepreneurship in the beauty and wellness sector. Applicants must be based in the U.S. and have operated their business for at least one year. Grants range from $10,000 to $25,000. Check the SheaMoisture Fund website for the current open cycle, as deadlines vary by cohort.
Support Adoption Grant Program is sponsored by Texas Office of the Attorney General. This program provides critical resources for pregnant women considering adoption and support for children awaiting placement with adoptive parents. Purpose areas include material needs for pregnant women, needs of children awaiting placement, training and advertising related to adoption, and pre- and post-adoption counseling.
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