Soli water l1an Important factor In the movement and development of 1oybean c:y1t nematode (Heteroderallf3cln~N Ichlnohe). Plant growth and 1oybean c:y1t nematode (SCN) population den1lt)' were mea1ured to determine the effect• of 1011 water potential (!It,) on root penetration by SCN of 'Euex', a 1U1pec:tlble cultlvar or 1oybean [Gf3clne maz (L.) Merrill]. Soybean 1eed1 were planted In growth container• and IUb• Jected to con1tant 1/1, of -!, -10, -20, -30, -40, and -50 kPa at SCN Ieveii of 12 000 eg1 and 1econd·1tage Juvenile• (J2) per ka of 1011 or no SCN for the control• for 16 d. The 1oll u1ed wa1 a Captlna 1llt loam (ftne·•llt)', mixed, me1lc: Typic: Frapudult) with 23, 68, and II% •and, 1llt, and clay, re1pectlvel)'. Soybean wa1 Inoculated with en• and J2 at the cotyledon growth 1tage (VC). Average 1011 tem• perature during the 1tudy wa1 2!.! •c. Lear water potential (!1' 1 ) and 1011 oxygen dlfru1lon rate (ODR) were 1lgnlftcantl)' affected by !It, (P

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 We need new mechanisms to broaden participation in the geosciences  Co-production of science with local underrepresented communities may improve societal relevance and diversify geosciences  The Equitable Exchange creates an ethical framework for co-production and inculcates skills related to cultural competency and attention to inclusive practices into the geosciences