The variations in seed and pod traits, genetic superiority and genetic divergence were evaluated for a Clonal Seed Orchard (CSO) of Dalbergia sissoo Roxb. at Bithmera, India consisting of 20 clones from different agro-climatic conditions of four northern states (Uttar Pradesh, Uttarakhand, Haryana and Rajasthan). The seeds and pods of various clones in the orchard exhibited significant variability in size, weight and other characters. Significant positive correlations were observed between seed length and seed width (p<0.05), seed length and seed thickness (p<0.01), seed length and seed weight (p<0.01), seed thickness and seed weight (p<0.01), seed length and germination value (p<0.05). The genetic parameters for seed and pod traits also showed a wide range of variations in the orchard. Heritability values were found to be over 50 percent for most of the seed and pod traits. Seed weight, seed length and seed thickness showed high heritability values coupled with maximum genetic gain for these characters. Ward’s minimum variance dendrogram of clones of D. sissoo showed three distinct clusters; cluster 1 was the largest with 12 better clones whereas cluster 2 and 3 consisting of seven moderate clones and one poor clone, respectively. Mean cluster values showed sufficient variation among the clusters for seed weight, germination value and seed length. The possible hybridization between best clones of cluster 1 to the disease resistant clone of cluster 2 (resistant against deadly Gandoderma lucidum root rot disease of D. sissoo) is also suggested for further breeding programmes of the species. The deployment of clone 194 (better performed and disease resistant) is also recommended in future plantation programmes of D. sissoo in northern India. The variations in seed and pod traits, genetic superiority and genetic divergence were evaluated as a Clonal Seed Orchard (CSO) of Dalbergia sissoo Roxb. At Bithmera, India consisting of 20 clones from different agro-climatic conditions of four northern states (Uttar Pradesh, Uttarakhand, Haryana and Rajasthan). The seeds and pods of various clones in the orchard showed significant variability in size, weight and other characters. Significant positive correlations were observed between seed length and seed width (p <0.05), seed length and seed thickness seed length and seed weight (p <0.01), seed thickness and seed weight (p <0.01), seed length and germination value (p <0.01). The genetic parameters for seed and pod traits also showed a wide range of variations in the orchard. Heritability values ​​were found to be over 50 percent for most of the seed and pod traits. Seed weight, seed length and seed thickness showed high heritability values ​​coupled with maximum genetic gain fo r the characters. Ward’s minimum variance dendrogram of clones of D. sissoo showed three distinct clusters; cluster 1 was the largest with 12 better clones cluster 2 and 3 consisting of seven moderate clones and one poor clone, respectively. Mean cluster values ​​showed sufficient variation among the clusters for seed weight, germination value and seed length. The possible hybridization between best clones of cluster 1 to the disease resistant clone of cluster 2 (resistant against deadly Gandoderma lucidum root rot disease of D. sissoo) is also suggested for further breeding programs of the species. The deployment of clone 194 (better performed and disease resistant) is also recommended in future plantation programs of D. sissoo in northern India.