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The aim of this study is to evaluate 26 alfalfa population in terms of 21 characters and to determine morphology of kinship degrees by using NTSYS 2.1 statistical software based correlation matrix and unweigted pair group method arithmetic average (UPGMA). The study carried in trial area of Batı Akdeniz Agricultural Research Institute in 2013-2014. As a result of the clustering analysis; correlation coefficients among pairs ranged from 50% to 98%. The average similarity coefficient of the genotypes was r= 0.50 and five subgroup were detected under the two main groups. Six basic component axes were obtained that defining 84.33% of the total variation of genotypes.

The study was conducted to determine whether there is a difference in leaf breaking resistance between genotypes in order to minimize leaf breaks which cause large loss in alfalfa forage production. The experiment was carried out in the Batı Akdeniz Agricultural Research Institute, at the Department of Field Crops in 2016. It was established by randomized complete block design. Breaking resistance of the leaves was measured using a universal testing machine on the main stem belonging to alfalfa genotypes which were collected from 40 different locations at the fourth-end leaves. In addition, thickness of leaf stalk, rupture energy of green and dry samples and rupture stress of green and dry samples were calculated. As a result of the experiment; in dry sample, Demre-1, Döşemealtı-2 and Konyaaltı-2, genotypes were determined to have the highest breaking resistance and Alanya-1, Alanya-2, Finike-1, Finike-2, Manavgat-1 Manavgat-2 and Gazipaşa-2 genotypes were determined to have the lowest breaking resistance. In the dry sample, while the highest breaking resistance value was measured at 1.0419 N, the lowest breaking resistance value was measured at 1.0022 N. A wide variation among genotypes was determined in terms of the characteristics examined and it can be said that the rupture resistance can be used as a selection criterion.

The aim of this study was to determine characters that affect seed and hay yield, using simple correlation coefficients and path analysis. The study was conducted in Batı Akdeniz Agricultural Research Institute (BAARI), during 2014-2015 winter growing seasons for two years. The experiments were established in a randomized complete block design with three replications and half of plots for fresh forage and the other half for seeds were harvested. In the study, days to 50% flowering, plant height, fresh yield, hay yield, straw yield, biological yield, harvest index, number of pods per plant, number of seeds per pod, seed yield and 1000-seed weight were observed. According to results of the correlation analysis; a highly significant and positive correlations (P

Usage of farmyard manure is the one of the major factors to increase production cost in banana cultivation. Besides increasing the production costs, other disadvantages of farmyard manure are playing active role on carrying diseases and pests and also difficulty in obtaining. Due to the stated disadvantages, the use farmyard manure of banana farmers is decreasing. Therefore, we need alternative ways to increase the organic matter capacity of the soil. The effects of alternative applications to farmyard manure, namely banana waste and mushroom compost were investigated. The objective of the study was to evaluate effects of these applications on some morphological properties (plant height, plant circumference and number of leaves), yield (number of hands, number of fingers, bunch weight, finger weight and length) and quality properties (flesh/skin ratio, total soluble solids matter, sugars etc.) under open-field banana cultivation. The experiment was conducted in Kargıcak location of Alanya in randomized complete block design (RCBD) with 3 replications. Experimental results revealed that using of farmyard manure and waste treatments positively affected the yield parameters like the number of hands and fingers, finger length, finger weight and bunch weight. On the other hand, treatments did not have a statistically significant effect on fruit quality parameters like soluble solids content, titratable acidity, pH and ash.

One of the most important and prior subjects in forage breeding programmes is to cultivate the wild forms of plants. In the present study; the seeds of sainfoin wild forms which are available within Antalya natural flora were collected between 2008-2011. Collected seeds were sown and between 2012-2013 years morphological traits were recorded. According to the data results of 25 populations of the sainfoin species that collected from different sites; number of days to the flowering varied between 153-159 and the number of days to the physiological maturity were 165-192 days. The color of flower was observed as purple and pink. Plant height was found as 29-98 cm. One thousand seeds weight were determined as 20-29 g. The number of flowers in the raceme changed between 12-38 while, the number of seed in the fruit changed between 2-3. It can be said that there was a wide genetic variation in terms of morphological traits. The collected genetic material can be evaluated to develop sainfoin varieties in the future breeding studies.

Alfaalfa which is the one of the most quality roughages used in the animal nutrition and also utilized as the concentrate feed is grown in wide cultivation sites in the numerous countries of the world. However, this forage crop, a native plant of Turkey, has not been given in our country as much importance as in other countries and has not been able to provide an adequate development across the country. Alfaalfa agriculture is done with the native populations on a large scale in our country and improved alfaalfa species are limited. The purpose of this study was to collect superior alfaalfa species chosen from the natural vegetation in the West Mediterranean Coast Zone, 13 counties of Antalya, propagate vegetatively the clones and transplant the clones to the field, evaluate the phenological and morphological observations and transfer the materials to the breeding programme. The features of alfaalfa genotypes differed significantly. The growth rate after harvest of some genotypes were high. Natural plant height of alfaalfa genotypes were measured as 57.86-89.03 cm, the main stem lengths were measured as 67.45-101.28 cm. The significant differences between the number of branches in the root corolla were determined. The highest number of branches in the root corolla were determined as 71.00 pcs in Gazipaşa-1 population and 69.66 pcs in Kemer-1 population. Alanya-1 population had the earliest flowering day number with the 192.50 days between the alfaalfa genotypes, the other populations flowering day numbers were between the 193.00-205.33 days. The highest total dry matter yield was determined as 949.50 g in Gazipaşa-1 population, the total dry matter yields of the other populations differed between 331.40-763.46 g. the highest crude protein rates were estimated between 17.52-16.27 % in the Gazipaşa-1, Alanya-1, Aksu-1, Aksu-2, Kepez-1, Döşemealtı-1, Konyalatı-1, Kemer-1, Kumluca-2, Finike-1, Finike-2, Demre-1, Demre-2 and Kaş-1 genotypes, the lowest crude protein rate was estimated as the 12.75 % in Kaş-2 population. As a result of the research, Gazipaşa-1, Alanya-1, Aksu-1, Aksu-2, Kepez-1, Döşemealtı-1, Kemer-1, Finike-2, Demre-1 and Kaş-1 populations were chosen for using purpose of breeding.

The identification of heterotic groups may provide an important advantage for hybrid eggplant (Solanum melongena) breeding. In this study, we evaluated the combining ability and heterotic patterns of eggplant lines in order to develop improved eggplant cultivars resistant to Fusarium oxysporum f. sp. melongenae (FOM). A set of 62 inbred lines was evaluated with 32 morphological descriptors and their relationships were analyzed through a multivariate cluster analysis. A subset of 39 inbred lines was selected and, together with 15 sister lines, they were crossed with two testers to investigate their general combining ability (GCA) and to establish heterotic groups. Twenty selected inbred lines with high GCA were intercrossed using a half-diallel mating design. Eighty-two hybrids were obtained and evaluated for yield and yield components. We found no association between morphological distance and membership to specific heterotic groups. However, heterosis for yield was found in hybrids among parents from different heterotic groups or that were included in all heterotic groups. Among the hybrids evaluated, some were found to be highly productive and resistant to FOM, being candidates for the registration of new cultivars with dramatically improved characteristics.

A total of 38 eggplant genotypes, of which 32 were heirloom accessions collected from different regions of Burdur province five were different local genotypes from other provinces, and one was a cultivar, were used as reference in this study. The phylogenetic relationships among these heirlooms were evaluated using 40 morphologic descriptors and five randomly amplified polymorphic RAPD markers. The horizontal dendrograms were created by using UPGMA with both morphologic and molecular data. Burdur heirloom accessions showed high genetic diversity based on morphological and molecular data. The genetic similarity rates ranged from 0.29 to 0.91 according to the morphological data, and ranged from 0.84 to 0.98 according to the molecular data. Molecular data generated by RAPD method, compared to morphological data, were insufficient to reveal genetic diversity. Therefore, in order to confirm genetic variations, studies based on other molecular methods are necessary. The regional genetic populations include a wide eggplant genetic diversity which can be good source for the breeding studies performed in the future.

This study was carried out in order to compare in 20 different rangeland sample areas that determined in order to environmental variables, vegetation and soil properties by multivariate ordination analysis in Mugla province. Cluster analysis was made to determine the similarity and species compositions of sample areas, and as a result of this analysis, three different groups have occurred. Additionally, detrended correspondence analysis (DCA) was made after the indicator species analysis. The interaction between environmental and soil-borne factors as altitude, distance to village, soil depth, pH in saturated soil with water, lime and surface stoniness were found to be significant and this significance was expressed by graphs. Moreover, it was indicated that relationship with species in the vegetation of the variables that were determined as significant by tables and figures. The relationship with the species in the vegetation of the variables that were determined as significant was also indicated. The result of the study showed that environmental variables as soil depth, soil pH saturated with water, stony surface, altitude and distance to villages had a significant effect on the species diversity and distribution in the samples areas.