b'Exploring ideas and views on all aspects of the seed industry.SPRING FOREST FLOWERS LIKELYave UMBLE BEE SURVIVAL,s hINDS ogistISM KEY TO B DY F cade, ecol d trend in TU F TH N For m OIS STU af a do na r ross N on th E ORGA a fast,ILLIN thande w wa orowswith he help of, near- been orening o ations d c tructi h a TE PIC RE Ot b m war e ith pul bitates ses. MPLEhow, method obtaine po ile The res arch sh and green analysise can e entireu l ica,w r in those d beesWthe A CO b e b ha los- e tiveosc py (NIRS), how th Amer ulp it wil g in ative winfr destruc ectr e o hat mirrors s in a barley grainprimary cpreserve on restorin in ased non a b dsp e vi t , by a mutation in a singleefforts to ften focus new Illino s-b cline re ov r w glo al composition of nutrient view of allMidwest oprairies, a of a steady dea gene. This contrasts with current conventional plantapes. early se son flow for alchemic , for example rs to ence ed e d y of springtime flowers in chang , where you do not have an over i d barleyflow ds evi a rce the changes that the barley grain undergoes wheny f e scaa primarye of yearlike st isinstud erbreeding . stud e g near- in the availabilit y offood sou ly havein wooded landsc ta single gene is modified ar res i tia kf dt b amy linus(readin fo h tsrc at thism ability to star il c an his te le es T infrared spectroscopy (NIRS). In a split second, this L rs Mun dif eren beesbeesurvive unt e, method can provide a chemical fingerprint ical- rloral re asogra ns f mb mblethe queenn and s e availablro troscopy below) ofendangersing se s becomi uins,hth c ra s, inclu em ltingothe f t their findings infrared spec ese ch g thetheir nest sources rib th dinmore about Near- de lys d the res ratingresearchers say. They reporco whic h e g in nd u usingin the Journal of Applied Ecology.gra ofe y of Illinois at Urbana-the barleympositioners anacalibp als The resea comparing a mpositionSource: Universithysic t .yrc n con n trien pectral b es of knowprecision thatChampaignu ta t s r eyin s).i e c ba l d by them tos (chemometriccharacterises the chemical fingerprints of the grainseed for thmathematic ersurprise .We w e unck tra, says MIRS spec y of Copenhagen DE the n to from the N niversit US OXI n c n reducecontribute Source: U ITRO o sa can S MAY CUT N rop rotati ctices alsofrom GIE in c raATE N cove ropsb these p emissionson-SMART AG STR an UCTIO m waterr c alit . utd nitrous oxiderage rotati dairy MATE M CORN PROD d legu equ y,foCLI SSIONS FRO airy manurend protectwho measure and a dairyabout how emissions of nitrous oxidea potent greenhouse gasr , u r , saving money and EMI n sing d n fe tilizer a rchers,ean rotationoffer clues For co itroge nresea rn soyb of the study.S. org ic n ofn Stateco - resultsr s7% of U en an Pe atilizer they apply to corn crops ethan p in th crop rot ons Thents fo u t e whconclusionati .jph esmanagement regimens s oxi e a ou e or m essor of croThat isase of twod ccfarmers might reduce the amount of nitrogen fer g to Heat dioxid 0 yearsthe corne differentugh nitrou than carbonsociate prof 0 times more thre t ca se altho ore potentr Karsten, as .contributing less to climate change.underu . Nitrous oxide is almost 30s s are impo s t nbe nificantly m he 0 if they could r a ,tilizercontribute to a arbon dioxide and remains in the atmosphere for more than 1e ult n , it is sig e accordinit co tion/ecology in the College of Agricultural SciencesThis research suggests that all nitrogen inputsmanure, legumes and ferThe r se g s emissio ate chang emissions.greenhou to driving clim nitrous oxide ful than c . B , closer to when the corn begins to take up nitrogenmesreduce produc ut farmers could power , she saidoxideter the crop is plantedemissionsnitrous apply manure afSource: Penn State64/ SEEDWORLD.COMJUNE 2021'