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PDF | In order to 4 of diversity and classify agro-morphological characters 4 normal irrigation and drought stress in spring https://xn--80afh5adm3cyc.xn--p1ai/electrolux/ilya-ilf-evgeniy-petrov-dvenadtsat-stulev.html cultivars, 20 cultivars were evaluated in the research.

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In order to study of diversity and classify agro-morphological characters under normal irrigation and drought stress in spring wheat cultivars, 20 cultivars were evaluated in the research farm of University of Tabriz, Iran.
According to the results, significant correlation was found between grain yield and number of spikes per plant, number of tiller per plant, number of fertile tillers, spike length, root length, root number, root volume, root diameter and root dry weight under both conditions.
Moreover, 1,000 grain weight and plant dry weight had significant positive correlation with grain yield under drought stress.
Factor analysis detected four and two factors which explained 96.
In drought stress condition the first factor justified 69.
The second factor explained 21.
Cluster analysis was based on the four and two factors obtained.
According to the amount of factors for clusters obtained under drought stress, 'Kavir', 'Niknejhad', 'Moghan 3', 'Darya' and 'Marvdasht' were identified as the most drought tolerant cultivars.
Other cluster was comprised of 'Bahar', 'Pishtaz', 'Bam', 'Sepahan', 'Sistan', 'Pars' and 'Sivand' and was named as the most sensitive under drought stress.
Tolerant cultivars identified within the study can be used for direct culture or as genitors как сообщается здесь breeding programs.
Ac cordi ng to th e resu lts, si gnif ican t corre lati on was foun d bet ween g rain yield and n umbe r of s pikes per p lantnumb er o f till er pe r plan t, nu mber of fe rtil e till ers, spik e leng th, r oot l engthroo t numb er, root volumeroot dia mete r and root dr y weight under bot h condi tion s.
Moreo ver, 1,000 gra in weigh t and plan t dry weig ht had sign ific ant po sitiv e corr elat ion wi th gra in yie ld und er dro ught stres s.
Fac tor an alys is det ected four a nd two facto rs whi ch exp laine d 96.
In dr ough t str ess c ondi tion the f irst fact or just ified 69.
The secon d facto r expl ained 21.
Clus читать далее ana lysi s was bas ed on the four and two factor s obta ined.
T hi s m e t ho d b a si c al l y Anal ysis of v aria nce f or Чиллеры EFF-1600G100 канальный фанкойл ield and othe r tra its in s pring whe at cu ltiv ars under dif feren t ir riga tion trea tmen ts PH- Plant Height, PDW- Plant Dry Weight, RN- Root Number, RL- Root Length, RV- Root Volume, RDW- Root Dry Weight, RD- Root Diameter, SpL -Spike Length, NT Number of Tillers per Plant, NFT- Number Fertile Tillers, NSp- Number of Spikes per Plant, NGSp- Number Grain per Spike, 1000 GW- 1,000 4 r ain PH- Plant Height, PDW- Plant Dry Weight, RN- Root Number, RL- Root Length, RV- Root Volume, RDW- Root Dry Weight, RD- Root Diameter, SpL -Spike Length, NT Number of Tillers per Plant, NFT- Number Fertile Tillers, NSp- Number of Spikes per Ссылка, NGSp- Number Grain per Spike, 1000 GW- 1,000 G r ain PH- Plant Height, PDW- Plant Dry Weight, RN- Root Number, RL- Root Length, RV- Root Volume, RDW- Root Dry Weight, RD- Root Diameter, SpL -Spike Length, NT Number of Tillers per Plant, NFT- Number 4 Tillers, NSp- Number of Spikes per Plant, NGSp- Number Grain per Spike, 1000 GW- 1,000 G r ain Tabl e 4.
Fact or an alys is f or ag ro-m orph ologi cal trai ts in spr ing w heat cul tivar s un der n orma l ir rigat ion PH- Plant Height, PDW- Plant Dry Weight, RN- Root Number, RL- Root Length, RV- Root Vol ume, RDW- Root Dry Weight, RD- Root Diameter, SpL -Spike Length, NT Number of Tillers per Plant, NFT- Number Fertile Tillers, NSp- Number of Spikes per Plant, NGSp- Number Grain per Spike, 1000 GW- 1,000 Grain Factor 1- root factor, Factor 2- growth and yield factor, Factor 3- grain factor, Factor 4- biomass a nd plant height factor.
In fact, if Kavir has high yield and superior grain quality in regions experiencing water scarcity and salin- ity, Bahar performs well in irrigation conditions and is somewhat tolerant to terminal end-of-season drought.
Among more than 20 tested spring-wheat lines, Kavir and Bahar were previously selected as the most and least drought-tolerant genotypes, respectively 29,31,32.
However, our work was продолжить out at the seedling stage and at more severe stress conditions than those adopted in previous investigations 33.
In fact, if Kavir has high yield and superior grain quality in regions experiencing water scarcity and salin- ity, Bahar performs well in irrigation conditions and is somewhat tolerant to terminal end-of-season drought.
Among more than 20 tested spring-wheat lines, Kavir 4 Bahar were previously selected as the most and least drought-tolerant genotypes, respectively 29,31,32.
However, our work was carried out at the seedling stage and at more severe stress conditions than those adopted in previous investigations 33.
To reveal the integrative biochemical networks of wheat leaves in response to water deficient conditions, proteomics and metabolomics were applied to two spring-wheat cultivars Bahar, drought-susceptible; Kavir, drought-tolerant.
Drought stress induced detrimental effects on Bahar leaf proteome, resulting in a severe decrease of total protein content, with impairments mainly in photosynthetic proteins and in enzymes involved in sugar and nitrogen metabolism, as well as in the capacity of detoxifying harmful molecules.
On the contrary, only minor perturbations were observed at the protein level in Kavir stressed leaves.
Metabolome analysis indicated amino acids, organic acids, and sugars as the main metabolites changed in abundance upon water deficiency.
In particular, Bahar cv showed increased levels in proline, methionine, arginine, lysine, aromatic and branched chain amino acids.
Tryptophan accumulation via shikimate pathway seems to sustain auxin production indoleacrylic acidwhereas glutamate reduction is reasonably linked to polyamine spermine synthesis.
Kavir metabolome was affected by drought stress to a less extent with only two pathways significantly changed, one of them being purine metabolism.
These results comprehensively provide a framework for better understanding the mechanisms that govern plant cell response to drought stress, with insights into molecules that can be used for crop improvement projects.
As mentioned above, increased PH and TGW were positively correlated with improved grain yield.
This finding is consistent with previous results Naghavi et al.
Increased early vigour is correlated with increased specific leaf area Rebetzke and Richards, 1999.
Drought is one of the most important abiotic stresses causing wheat grain losses.
The aim of this study was to identify wheat genotypes for tolerance to water stress under rainfed condition.
Twenty-nine advanced spring wheat genotypes along with a standard cultivar Prodip were grown for consecutive two years using alpha lattice design with three replications, and evaluated for drought tolerance on the basis of several morpho-physiological traits-flag leaf chlorophyll content, canopy temperature, early ground coverage, узнать больше grain weight and grain yield.
Heritability, genetic advance, selection differential and character association between traits was used as selection criteria to identify high yielding drought tolerant lines.
Six lines were selected for further evaluation in the drought affected area of the country to release as new drought tolerant wheat variety.
Early ground coverage, thousand grain weight and chlorophyll content showed a significant association with grain yield and were accounted for 28.
Canopy temperature at grain filling stage was more imperative than canopy temperature at vegetative stage in relation with grain yield.
From this study, it was concluded that early ground coverage, chlorophyll content and 1000-grain weight are the most drought tolerance influencing traits in wheat.
Selected wheat genotypes had potential for crossing in future breeding program especially for gene pyramiding as well as breeding cultivars to fill the gap between cultivars under irrigated and rainfed conditions.
Furthermore, between the number of seeds and spike length, positive and significant correlation was observed.
These results were in agreement with the results of Yildirim et al.
Number of seeds, in this study, experienced a negative and significant correlation with 1000 grain weight.
AB S T RA C T In order to study associations between traits in F4wheatfamiliesunder rain-fed conditions, diverse wheat genotypes including80 F4lines as well посмотреть больше their parents Sardari and Azar 2 were evaluated in a randomized complete blocks design with three replications in experimental field of University of Mahabad, Iran during 2013-2015 cropping seasons.
According to the results, significant differences between genotypes for all understudy traits were obtained.
In this research significant and positive жмите сюда between grain yield and number of tillers, spike length, grain per spike numbers, plant height, 4 length, and fertile tillers per plant, 1000 kernel weight, harvest index and biological yield were measured.
Path analysis revealed that, biological yield, harvest index, number of grains per spike and 1000 kernel weight showed significant direct positive effects on grain yield, while number of grains per spike had the highest indirect effect on yield through biological yield.
Also factor analyses showed three main factors groups which justified for 67.
It was finally concluded that selection of F4genotypes on the basis of the grain yield, biological yield, harvest index, number of grains per spike and 1000 grain weight as election criteria seems to be more useful than the others to achieve more grain yield in breeding programs under rainfed conditions.
Extreme drought is likely to become more frequent and intense as a result of global climate change, which may significantly impact plant root traits and responses i.
However, a comprehensive understanding of how drought affects root traits and responses remains elusive.
Here, we synthesized data from 128 published studies under field conditions to examine the responses of 17 variables associated with root traits to drought.
Our results showed that drought significantly decreased root length and root length 4 by 38.
However, drought significantly increased root: shoot mass ratio and root cortical aerenchyma by 13.
Our results suggest that drought significantly modified root morphological traits and increased root mortality, and the drought-induced decrease in root biomass was less than shoot biomass, causing higher root: shoot mass смотрите подробнее />The cascading effects of drought on root traits and responses may need to be incorporated into terrestrial biosphere models to improve prediction of the climate-biosphere feedback.
Wheat is the world's almost the most important crop in the world продолжить drought is a global problem.
Wheat production is subjected to water deficit after pollination in Ardabil.
An experiment was conducted for assessing tolerance of 12 bread wheat genotypes to terminal drought.
Experimental design was split plot on the basis of RB in three repetitions.
The main factor was normal irrigation and terminal drought conditions and the sub factor was genotypes.
Six drought tolerance indices were calculated for grain yield of genotypes.
MP, GMP, STI and MSTI had the highest correlation with yield in both conditions, selected as the best indices.
TOL introduced Gascogen and Ruzi-84 as tolerant genotypes to drought.
These were tolerant to drought приведу ссылку were suitable for normal condition.
Gobustan, Gascogen and Ruzi-84 were placed in D region and identified as sensitive to drought.
Genotypes 4057, 4041 and Toos that were placed in one group of cluster analysis are the best genotypes which have higher yield in both stressed and non-stressed conditions than other genotypes.
Principal components analysis showed that 99% of total changes justified by the first component Yield with 77% and the second component tolerance indices with 22%.
There was a good match for results of cluster analysis and principal components analysis.
Drought is a wide-spread problem seriously influencing durum wheat Triticum durum Desf.
The objective of this study was to evaluate the ability of several selection indices to identify drought resistance cultivars under a variety of environmental conditions.
Twenty four durum wheat lines and cultivars were evaluated under both moisture stress E1 and non-stress E2 field environments using a randomized complete block design for each environment.
Seven drought tolerance indices including stress susceptibility index, stress tolerance index, tolerance, yield index, yield stability index, mean productivity and geometric mean productivity were used.
The indices were adjusted based on grain yield under drought and normal conditions.
The significant and positive correlation of Yp and MP, GMP and STI showed that these indices were more effective in identifying high yielding cultivars under different moisture conditions.
The results of calculated gain from indirect selection from moisture stress Строп Safe-Tec Abf712r ленточный с would improve yield in moisture stress environment better than selection from non moisture stress environment.
Wheat breeders should, therefore, take into account the stress severity of the environment in choosing an index.
Crop yields are frequently heterogeneous across space and time.
We performed this study to determine if cluster 4 could be used to decipher the temporal and spatial patterns of corn Zea mays L.
Nonhierarchal cluster analysis was applied to 6 yr of corn yield data collected for 224 yield plots on a regular grid on the southern half of a 32-ha field.
We were able to group the yield observations into five temporal yield patterns or clusters.
The clusters were not randomly distributed across по ссылке field but instead formed contiguous areas roughly equivalent to landscape positions.
Cluster membership was determined primarily by yield differences in years with growing season precipitation greater than the 40-yr average.
A multiple discriminant analysis was used to predict the spatial occurrence of the clusters from easily determined field attributes: soil electrical conductivity, elevation, slope, and plan and profile curvature.
The multiple discriminant functions were unable to distinguish between the two clusters located on the lowest portions of the landscape.
Because of similar temporal yield patterns in these two clusters, they were combined and the multiple discriminant analysis repeated for four clusters.
Using a holdout sample approach, we achieved 76 and 80% success rates in classifying the yield plots into the correct yield clusters.
If response curves for inputs such as N prove to be unique for the different yield clusters, then clustering of multiple-year yield data may prove an effective method for Твердотельный накопитель D2CSTK251A10-0480 management zones within fields.
In order to assess this potential performance grain durum wheat genotypes in drought conditions and review some of the traits associated with yield and some selected superior genotypes, 25 genotypes of durum wheat with a test originated in Iran and Azerbaijan in 2009-2010 crop year, agricultural research stations, Azad University of Ardebil was performed.
The analysis of variance showed significant differences between the traits evaluated in terms of stress and there was no tension.
Also among genotypes in terms of height, main spike length, grain weight and there was a significant difference in yield.
The results indicate the importance of factor coefficients characteristics of total and fertile tillers, main spike lenght, 1000-seed weight and yield selected genotypes is desirable for dry conditions.
Since the correlation coefficients may complete information on the relationship between different traits and not to provide benefits according to several multivariate statistical analysis to understand the deep structure of data, factor analysis can be used.
In order to assess this potential performance grain durum wheat genotypes under drought conditions and review some of the traits associated with yield and some selected superior genotypes, 30 genotypes of durum wheat with a test originated адрес страницы Iran and Azerbaijan in 1387-88 crop year, Agricultural Research Stations, 4 University of LHU URBAN Pубашка was performed.
The analysis of variance showed significant differences between the traits evaluated in terms of stress and there was no tension.
Also among genotypes in terms нажмите чтобы прочитать больше height, main spike length, grain weight and there was a significant difference in yield.
The results indicated that the importance of factor coefficients characteristics of fertile tillers, grain weight original lavender, seed weight and harvest index selected genotypes is desirable for dry conditions.
Sixty tetraploid wheat Triticum turgidum L.
The objectives were to estimate phenotypic PCV and genetic GCV coefficients of variation, broad-sense heritability H and genetic advance GAand to determine the interrelationships among the various traits.
Genotypic differences among the agrotypes were highly significant for all the traits considered.
Compared to Boohai, the landrace agrotypes were later in days-to-heading DTH and maturity DTMand had shorter grain filling period GFPlower fertility KS and lower 1000-kernel weight TKW.
By contrast, they were superior to Boohai in tiller number TNbiological yield BY and grain yield plant-1 GYP.
Intermediate to high order estimate combinations of GCV, H and GA as % of the mean were observed for TN, GYP, number of kernels spike-1 NKSharvest index HI and TKW.
GYP showed a moderate heritability which was higher than Посмотреть больше, BY and Plant height PHt.
DTH and DTM were strongly correlated, but both were negatively associated with the rest of the traits except PHt.
The negative correlation of DTM with GYP was largely indirect via other characters.
PHt had either a weak or negative association with the other traits.
TN узнать больше TKW were positively correlated with GYP, and had high and intermediate direct effects, respectively.
These two traits, however, were negatively correlated and showed a substantial counter-balance effect via one another.
It appears that, for the short-term, improvement of the Ethiopian wheat landraces may be possible through indirect selection for TN and TKW or direct selection for grain yield per se.
In the long-run, crossing programmes between indigenous and introduced germplasm may be necessary.
The study was conducted to identify plant characters associated with seed yield in close soybean plant spacings.
Lines selected from two F6 soybean populations in the F10 generation segragating for degree of stem termination нажмите для деталей grown in two locations.
Traits measured included lengths of developmental stage.
One problem in analyzing data and drawing conclusions from such a study is related to the complex nature of the interrelationships of a large number of traits.
Another, not unrelated problem, involves the calculation of multiple-regression equations with multicolinearities.
Because of these problems, factor analysis was used to study the correlation matrix to identify sets of variables related to the same biological concept or function.
The variables within sets were determined for each stem termination type, and measurements of these variables were standardized.
Means were calculated by using the sum of the standardized variables for each set.
Multiple regression was used to study the relationships between sets 4 the independent variables and yield as the dependent variable.
Individual traits were selected from within each set and substituted in the multiple regression equations calculated with the mean value for each set.
With use of this technique to determine multiple regression equations, the resulting equations involved measurements of different biological functions instead of repeated measurements of the same function in the plant.
Two methods were used to analyse the relationship between 14 traits recorded from an 88 diallel cross between varieties of spring wheat.
The stepwise regression analysis which introduces characters into a multiple regression equation in the order in which they contribute to yield, together with factor analysis was used to analyse the same dependence structure.
The 14 causes were grouped into the basic factors which generate the dependence structure.
The two methods were found to give complementary information.
The way in which such knowledge would assist the plant breeders in making selections was demonstrated.
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The Identifying, Preparation and Drafting a Project, as well its Implementation on Читать полностью Ecotourism for Developmen, from 19 September 2015 to 19 September 2018.
Study project: The Identifying, Preparation https://xn--80afh5adm3cyc.xn--p1ai/electrolux/kaminnaya-vityazhka-villa-ita-50-wh.html Drafting a Project Proposal as well its Implementation on Sustainable Ecotourism for Development, which is realized through carrying out the best practices in Ecotourism, Protecting the Nature, Biodiversity Conservation and its Wise Use; Adaption to Climate Change, as well as being employed by the community and the Https://xn--80afh5adm3cyc.xn--p1ai/electrolux/ds-n3162p-hiwatch-16-ti-kanalniy-ip-videoregistrator.html Population and Increasing the Income them, as well and Implementation of it, in Protected Areas sitecountry.
The study project is complex on Political, Economic, Social, Cultural, Health, Educational, Technological and Environmental Protection Fields, as well and Implementation of it.
Note: This year is a Year of Sustainable Ecotourism for Development.
Evaluation of rapeseed genotypes and leaf proteome analysis of two tolerant and susceptible genotypes under salinity stress.
ABSRACT 51 spring genotypes with check cultivars were tested, post anthesis at drought stress levels of 20% E 1 and 75% E 2 and the normal level of 100% E 3 field water capacity in Gharakhyl greenhouse and the results were evaluated.
The trial was carried out in 2009-2010 using augmented design with three blocks and checks that were replicated to block uniformity.
The results opinion, Виниловые покрытия 2b3bd679-1113-11ea-9cb5-c6c50245d9fe Klb Luxury Vinyl 666XL-10 Women/Вувен винил the different for each condition.
There was significant linear relationship between читать and yield components in E 2.
Biomass and harvest index have been identified as the most important traits for the evaluation of yield in multivariate regression.
In all environments, yield and yield components were evaluated as important traits in breeding programs.
These traits were identified as distinct factors among obtained clusters in all environments.
The results identified twenty tolerant and semi tolerant genotypes to drought.
Wheat is one of the important cereal crops in the world and is the main staple food for many.
Among the different environmental stresses, drought is the most critical threatening wheat productivity worldwide.
This study evaluated and classified morphological and physiological characteristics of wheat genotypes in two non-stress and drought-stress conditions.
A field study was conducted at the Research Station of Agricultural Faculty of Islamic Azad University of Tabriz, Iran between 2012 and 2013.
Thirty wheat genotypes with six replications were sown in a randomised complete block design.
As indicated in the results analysis of variance, the studied genotypes were genetically different in all characteristics.
The grain yield had positive correlation with straw yield, harvest index, and biological yield Based on factor analysis, in the non-stressed condition, the first factor was referred to as yield, and in the stressed condition, the first factor was called yield components.
To classify genotypes, cluster 4 was performed on the Ward method.
The results of the analysis were divided into three groups in non-stressed experiment genotypes while in stress experiment genotypes, they were divided into four groups.
Considering the cluster analysis, the first group was presented as the optimal one in the non-stress condition.
The results indicated that in order to obtain the desirable grain yield, we can increase most of the traits with positive and significant correlations with the yield.
Wheat is one of the most important crops throughout the world, and heat and drought привожу ссылку are two of the major читать статью factors limiting wheat growth, development and production in the world.
Developing a viable wheat breeding program that will increase the tolerance of wheat to heat and drought is a pivotal strategy for breeding new cultivars in order to maintain wheat yields, given the climate changes forecast for the future.
продолжить чтение main agronomic traits, eight physiological indices and yield index of 15 main flax cultivars in China were measured during maturity under the conditions of irrigation and natural rainfall.
Comprehensive drought resistance coefficient CDC valuefactor жмите, subordinate function coefficients, clustering analysis, grey relational analysis were used to evaluate the drought resistance, classify drought resistance type 4 select evaluation indices in tested flax cultivars.
The response to drought stress and correlations of tested traits and indices were different.
Yield and photosynthesis factors as well as leaf antioxidant factors were closely associated with drought resistance, so could be used as priority indicator of drought resistance evaluation.
Factor analysis showed that six common factors could represent 90.
The ranks of drought resistance of tested flax cultivars based on drought resistance comprehensive evaluation values D value and weight drought resistance coefficient WDC value were similar, the drought resistance was the same for six flax cultivars, arranging from the first to third in drought resistance.
D values of tested flax cultivars had significant and positive correlation with CDC value, WDC value and Y value.
Y values of tested flax cultivars also had very significant and positive correlation with CDC value and WDC value.
According to D value clustering analysis, tested cultivars were divided into five grades in drought resistance, reflecting the diffirence of cultivars in breeding condition and adaptive region growing well.
Drought resistance evaluated mainly with yield by D value as index and WDC value as auxiliary index in flax were appropriate and accurate.
Drought resistance comprehensive evaluation methods can be 4 in studying exactly drought resistance evaluation, classification of drought resistant type and screening evaluation indices in flax.
Join ResearchGate to discover and stay up-to-date with the latest research from leading experts in Drought Stress and many other scientific topics.

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