Gricultural-policy/income-support/greening_en, accessed on 16 April 2019). The aim of this
Gricultural-policy/income-support/greening_en, accessed on 16 April 2019). The aim of this study project was to evaluate the phenotypic and molecular diversity of ecotypes of red clover from CIAM-AGACAL, which can play an important function inside the improvement of GYY4137 In stock industrial varieties with an autochthonous genetic basis and for the improvement of sustainable agricultural systems as outlined by the challenges from the Widespread Agricultural Policy (CAP) and to contribute for the mitigation of climate adjust. two. Material and Techniques Thirteen local populations (1803, 1804, 1805, 1806, 1807, 1808, 1809, 1811, 1847, 2751, 2752, 2760, 2762) and 4 industrial cultivars (“Karim”, “Suez”, “Maragato”, “Marino”) had been incorporated inside the study (Table 1). Twenty seedlings for each ecotype and ten for any industrial cultivar have been evaluated independently by sampling their leaves. A total of 300 plant DNA samples have been tested.Table 1. Populations and industrial cultivars studied (POP), place, reconstructed population obtained by the Structure software for K = 2 (1 and 2) and K = 3 (1, 2.1 and 2.two), province, altitude and phenotypic traits: FLO, quantity of days from 1 January 2019 when 3 heads per plant had been flowering per plot; CRE, Growth in flowering (BI-0115 Formula visual scale from 1 to 9, 1 being a bit and 9 a great deal); CRF, Development within the year of sowing (visual scale from 1 to 9, 1 getting somewhat and 9 considerably); HAB, Development habit in early spring ahead of flowering (1 = prostrate to 9 = erect); ENF, Tolerance to pests and illnesses (1 = sensitive to 9 = resistant).Pop 1803 1804 1805 1806 1807 1808 1809 1811 1847 2751 2752 2760 2762 KARIM MARAGATO MARINO SUEZ K2 1 two 2 1 2 1 1 1 two two 2 two 1 2 two 2 2 K3 1 22 22 1 22 1 1 1 21 21 21 22 1 21 21 21 21 FLO 120.60 140.08 142.14 147.75 138.15 98.83 101.50 93.97 142.53 111.66 146.05 146.97 136.92 147.43 145.09 143.79 148.18 CRE four.92 4.02 three.75 four.26 three.74 four.80 3.97 four.18 four.43 5.58 four.60 6.23 four.36 four.45 four.33 four.12 3.11 CRF five.89 three.58 4.31 4.21 three.76 six.53 4.93 5.00 8.14 7.17 7.61 five.59 five.14 7.66 eight.18 six.22 six.93 HAB six.62 three.45 three.56 3.88 three.75 six.52 four.75 four.29 7.92 7.15 7.52 five.88 three.40 7.38 8.19 six.17 7.49 ENF 5.62 7.05 5.44 five.87 six.13 7.46 8.ten 7.31 four.73 five.62 5.36 five.13 7.55 five.25 7.74 six.12 six.32 PROVINCE (Origin) Asturias Leon Leon Asturias Leon Asturias Asturias Asturias A Coru Lugo Cantabria Pontevedra A Coru France Spain Germany France ALTITUDE 347 1495 1118 894 1194 374 135 119 100 122 861 4742.1. Phenotypic Traits A test field was established at Centro de Investigaci s Agrarias de Mabegondo (CIAM, Xunta de Galicia) in Mabegondo, A Coru in northwestern Spain. The initial preparation from the ground consisted of common tasks of ploughing, milling and the installation of anti-grass mesh and with no compost or soil with any kind of fertilizer or liming added. Inside the month of July 2018, the populations (13) and commercial varieties (four) were sown in Alveoli trays within a greenhouse. In September the plants have been transplanted to a testAgronomy 2021, 11,three offield in plots of 40 40 cm using a design and style of random total blocks with four repetitions (Figure 1).Figure 1. Red clover expanding within the greenhouse and also the test field with plots of 40 40 cm having a design and style of random comprehensive blocks with four repetitions (CIAM, Xunta de Galicia).For characterization, the recommendations in the International Board for Plant Genetic Sources [3] as well as the International Union for the Protection of New Varieties of Plants [4] were followed. For every population and commercial cultivar, the following de.
