Mentions
Extended reach
Total likes
Video views
AI synopsis
The discussions reflect strong interest and engagement, with multiple mentions of how the research advances understanding of stomatal traits and their role in rice resilience to stresses such as salinity and drought, exemplified by phrases like 'highlighting how engineering rice' and 'latest research' which convey enthusiasm and the potential impact of the study.
Most discussions acknowledge the importance of the research, especially highlighting its relevance to improving rice tolerance to environmental stresses.
Posts show high interest, with many participants asking about the implications and sharing enthusiasm for the scientific findings.
The conversation includes references to methods, collaborations, and practical applications like salt tolerance, indicating deep engagement.
Though the discussions recognize significance, they are mainly focused on academic and research community interest rather than immediate widespread change.
Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural varieties and transgenic plants. @DrHollyCroft @StomataSheff @PPS_UoS @susfoodshef #rice #stomata #drought #salinity #vpd #hightemperature https://t.co/fuTyVq1Enr https://t.co/OH1uW4ebuE
The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @StomataSheff @PPS_UoS
Article by Robert S. Caine et al. @NewPhyt @wileyplantsci The influences of #stomatal size and #density on #rice #abiotic stress resilience https://t.co/BKhiDpR0Uo #PlantSci #planttwitter #ClimateChange @Stomata_Tweets @stomata2014 @Stressed_plants @irri @C4RiceProject @cwrice
A recent paper by Robert Caine @RobertCaine21 and colleagues (Sheffield) highlights how engineering rice for better salt tolerance could expand the range of environments in which it could be grown. Press release: https://t.co/UxdxlEvPnn Article: https://t.co/sqdEuEVa61 https://t.co/I5JgFfUdFx
https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
We have worked with Vietnamese researchers to see how reductions in stomatal density affect growth under increased salinty. Here is the story behind the paper
Rice is vital to billions worldwide but threatened by climate change. Genetic engineering offers potential to improve rice resilience under harsher conditions, addressing food security challenges. Read more at the…
@GEN80 Biden didn't help Black farmers because of race. He's trying to make them desperate enough to make them to plant anything. Farners saves their seeds from previous crops which that will not make Big Ag any money. But patented seeds farmers can't save them https://t.co/Rpnx0NECCH
RT @AbioticStress: Article by Caine et al. @StomataSheff @UniSheffieldLib @NewPhyt @wileyplantsci The influences of #stomatal size & #dens…
RT @AbioticStress: Article by Caine et al. @StomataSheff @UniSheffieldLib @NewPhyt @wileyplantsci The influences of #stomatal size & #dens…
RT @AbioticStress: Article by Caine et al. @StomataSheff @UniSheffieldLib @NewPhyt @wileyplantsci The influences of #stomatal size & #dens…
RT @AbioticStress: Article by Caine et al. @StomataSheff @UniSheffieldLib @NewPhyt @wileyplantsci The influences of #stomatal size & #dens…
Article by Caine et al. @StomataSheff @UniSheffieldLib @NewPhyt @wileyplantsci The influences of #stomatal size & #density on #rice #abiotic stress resilience https://t.co/BKhiDpQt4Q #PlantSci @wileyfoodsci @WileyGlobal @Stressed_plants @Stomata_Tweets @StomataMargret #retweet
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
RT @RobertCaine21: https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
RT @RobertCaine21: https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
RT @RobertCaine21: https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
RT @RobertCaine21: https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
https://t.co/Mp8F7w4n8S here's a short video about our latest #rice
RT @NP_EiC: A recent paper by Robert Caine @RobertCaine21 and colleagues (Sheffield) highlights how engineering rice for better salt tolera…
RT @NP_EiC: A recent paper by Robert Caine @RobertCaine21 and colleagues (Sheffield) highlights how engineering rice for better salt tolera…
A recent paper by Robert Caine @RobertCaine21 and colleagues (Sheffield) highlights how engineering rice for better salt tolerance could expand the range of environments in which it could be grown. Press release: https://t.co/UxdxlEvPnn Article: https://t.co/sqdEuEVa61 https://t.co/I5JgFfUdFx
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
RT @NewPhyt: The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @Stoma…
The influences of stomatal size and density on rice abiotic stress resilience Caine et al. @RobertCaine21 @DrHollyCroft @StomataSheff @PPS_UoS
RT @AgBioWorld: Rice grown on salt water! Original paper https://t.co/PFqxsXGKUK https://t.co/EnZRc9iIEg
RT @AgBioWorld: Rice grown on salt water! Original paper https://t.co/PFqxsXGKUK https://t.co/EnZRc9iIEg
Rice grown on salt water! Original paper https://t.co/PFqxsXGKUK https://t.co/EnZRc9iIEg
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: We have worked with Vietnamese researchers to see how reductions in stomatal density affect growth under increased salin…
RT @AbioticStress: Article by Robert S. Caine et al. @NewPhyt @wileyplantsci The influences of #stomatal size and #density on #rice #abiot…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @AbioticStress: Article by Robert S. Caine et al. @NewPhyt @wileyplantsci The influences of #stomatal size and #density on #rice #abiot…
RT @AbioticStress: Article by Robert S. Caine et al. @NewPhyt @wileyplantsci The influences of #stomatal size and #density on #rice #abiot…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
You can also check out the research paper in full here: (6/6) https://t.co/f3CosrqsYy
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @AbioticStress: Article by Robert S. Caine et al. @NewPhyt @wileyplantsci The influences of #stomatal size and #density on #rice #abiot…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
Article by Robert S. Caine et al. @NewPhyt @wileyplantsci The influences of #stomatal size and #density on #rice #abiotic stress resilience https://t.co/BKhiDpR0Uo #PlantSci #planttwitter #ClimateChange @Stomata_Tweets @stomata2014 @Stressed_plants @irri @C4RiceProject @cwrice
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
The influences of stomatal size and density on rice abiotic stress resilience - Caine - New Phytologist - Wiley Online Library https://t.co/pdV3Dcq0uS
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: We have worked with Vietnamese researchers to see how reductions in stomatal density affect growth under increased salin…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
RT @RobertCaine21: We have worked with Vietnamese researchers to see how reductions in stomatal density affect growth under increased salin…
We have worked with Vietnamese researchers to see how reductions in stomatal density affect growth under increased salinty. Here is the story behind the paper
RT @RobertCaine21: Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural va…
Interested in how stomatal size and density contribute to rice abiotic stress responses? Here we compare both natural varieties and transgenic plants. @DrHollyCroft @StomataSheff @PPS_UoS @susfoodshef #rice #stomata #drought #salinity #vpd #hightemperature https://t.co/fuTyVq1Enr https://t.co/OH1uW4ebuE
RT @physorg_biology: Genetically modified #rice could be key to tackling food shortages caused by #climatechange @sheffielduni https://t.co…
Genetically modified #rice could be key to tackling food shortages caused by #climatechange @sheffielduni https://t.co/5l43sT4Cng https://t.co/pLP1u8fsLA
The influences of stomatal size and density on rice abiotic stress resilience || New Phytologist https://t.co/iwo56eDJUD
... 10.1111/gcb.12164. Sciences, 107(25), 11217–22, doi:10.1073/pnas.0910818107 ... nph.16485. Gusain, A., S. Ghosh, and S. Karmakar, 2020: Added value of ...
... 10.1111/j.1365-2486.2005.01097.x. 123. Kim, Y., J.S. Kimball, K. Zhang, and ... nph.12104. 138. Seppälä, R., 2009: A global assessment on adapta- tion of ...
doi:10.1111/nph.18704. 35. Zafar S, Jianlong X. Recent advances to enhance nutritional quality of rice. Rice Sci. 2023;30(6):523-536. doi ...
DOI: 10.1111/nph.18704. Related Topics. ScienceCereals and bakery preparationsFood safety. Related news ...
New Phytologist, 2023; DOI: 10.1111/nph.18704. Cite This Page: MLA; APA; Chicago. University of Sheffield. "Genetically modified rice could be ...
... 10.1111/j.1365-2486.2009.02004.x. 30. Colle, B.A., Z. Zhang, K.A. ... nph.12104. 33. Friedlingstein, P., P. Cox, R. Betts, L. Bopp, W.v. ...
RC
NP
AS
AH
DS
NO
E
MK
RY
LM
JR
MZ
PS
PT
HS
CI
DK
S
SI
EA
IF
TO
EA
AB
LC
SV
ND
CB
I
A
DW
RL
DS
ID
D
CC
RC
OF
Aا
BK
J
MS
NC
DK
SS
RR
FL
PB
DQ