![]() ![]() The fuel level settings for the 97 or 81 Stromberg are 15/32″ minimum and 17/32″ maximum. Adjustment for altering the fuel level is made by bending the lip at C. The place to measure the fuel level is indicated at B. The idle fuel system for one of these dual Stromberg carburetors is shown below in Figure 1. A single fuel chamber is used and air is taken through one air passage. There are separate sets of venturi tubes, main metering systems, idle systems, throttle plates and pump discharge nozzles, and accelerating pumps. ![]() This carb was combined with the dual intake manifold so that each venturi fed half the cylinders of the engine. A slightly smaller version known as the “81” (Stromberg EE-7/8) was used on the smaller 60hp V8 engines from 1937 to 40. ![]() Stromberg identified it as their Model EE-1. Beginning in 1934 production, Ford started using the Stromberg dual carburetor commonly known as the “97” which referred to the nominal venturi size of 0.97″ diameter. Poster presented at the Seventeenth Annual CAP LTER All Scientists Meeting and Poster Symposium, 16 January 2015, Skysong, Scottsdale, AZ.Ford used the Detroit Lubricator single barrel carburetor on the early V8 engines for 19. Small- and large-scale drivers of denitrification patterns in “accidental” urban wetlands in Phoenix, Arizona. Poster presented at the Ecological Science at the Frontier: Celebrating the ESA Centennial 1915-2015, 9-14 August 2015, Baltimore, Maryland. Exploring the role of soil characteristics and plant traits as drivers denitrification in “accidental” urban wetlands in Phoenix, Arizona. Hydrologic and chemical connectivity in urban accidental wetlands: Implications for nitrate removal. population, community and landscape-level processes.BS, Botany, University of Wisconsin-Milwaukee, 1979.MS, Botany, University of Wisconsin-Milwaukee, 1981.PhD, Plant Ecology, Arizona State University, 1988.By understanding pattern and process in riparian ecosystems, she provides resource managers with information that can inform conservation and restoration efforts. Some studies are conducted at reference sites where human influence is minimal, others are carried out at hydrologically altered sites or at sites undergoing restoration. Much of her research focuses on relationships between stream and ground water hydrology and riparian ecosystems, and on effects of ecosystem disturbance (floods and fire) on riparian plant populations, communities, and landscapes. Stromberg is a plant ecologist who specializes in riparian ecosystems. She serves on the editorial board of Wetlands and is a member of the Southwestern Willow Flycatcher Endangered Species Recovery Team. Juliet Stromberg received her PhD at Arizona State University, and was an associate research professor at ASU's Center for Environmental Studies. Affiliated Faculty, Center for Biodiversity Outcomes, Global Institute of Sustainability and Innovation. ![]()
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