Project Board Help

Test PB Collection: FTE

Test dynamic

Advanced Sensing & Management Technology in Specialty Crops: Page

Outreach

Researchers are sharing their findings and expertise in a variety of ways with members of the nut growing industry, students, the scientific community and general public.
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Publications

2013 Siddiqui, Muhammad Ismail and Patrick Brown. 2013. Pistachio Early-Season Sampling and In-Season Nitrogen Application Maximizes Productivity, Minimizes Loss. 9 pp. Saa Silva, Sebastian, Saiful Muhammad, Blake Sanden, Emilio Laca and Patrick Brown. 2013.
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

More Outreach

A Sampling of Other Outreach Activities Undertaken by Researchers, related to this Project The Sammis team is currently working with the University of California to evaluate the Remote-Sensing Tool for use by a large almond cooperate farm.
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Remote Sensing Update 2011

Tree phenology encompasses the complex biological processes of growth and the cycles of flowering and fruit production. Developing a model of tree phenology involves monitoring processes occurring in the soil-plant-atmosphere continuum, such as evapotranspiration and CO2 assimilation.
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Update 2011: Assessment of Nutrient Status in Almond

The first three seasons of field sampling have been completed. Nutrient dynamics in fruiting and non-fruiting leaves suggests that leaves of fruiting spurs may exhibit nutrient deficiencies when non-fruiting leaves on the same tree may have adequate leaf concentrations. (Figure 1).
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Update 2011: Assessment of Nutrient Status in Pistachio

Results from 2010 leaf analysis for the month of May suggest that leaf samples from fruiting branches have a better relationship with yield than samples from non-fruiting branches, and leaves from the lower canopy have a better relationship with yield than leaves from the top of the branches for the...
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Water Status & Water Demand: Ken Shackel & Blake Sanden

This component of the SCRI project allows the systematic study of the interaction between fertility and water management in almonds. Almond research conducted by Bruce Lampinen has demonstrated a substantial influence of water management on tree nitrogen nutrition.
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Demand Estimation

Validate ETa models (SEBAL, NCAR-WRF), estimate orchard water needs (Ustin, Sammis) Remote Sensing of yield, phenology, crop development (Slaughter, Upadhayaya, Whiting) Develop fertilizer response curve (Brown, Sanden, Lampinen) Modeling crop nutrient & water demand Climate/phenology based yield mo...
View Page
Advanced Sensing & Management Technology in Specialty Crops: Page

Integration & Validation

Beta development of web-based decision support toolkit "NutMan" Iterative validation and improvement of models and tools Beta-development of a web-based decision-support toolkit NutMan under control and deficit conditions, and iteratively testing to refine and validate models and tools.
View Page