Plasma as a fourth state of matters which naturally occurs in suitable pressure condition at very high temperature. The nature of corona discharge plasma involves with high electric field localized at the edge of associated electrodes. Corona induced plasmas are usually classified according to its gas temperature, non-thermal (cold) plasma, and thermal plasma. There are extensive studies on the applications of utilizing high electric fields in bio, solid and liquid organic materials. There are many reports, demonstrating that plasma can be generated under the atmospheric conditions at room temperature [1-2]. Therefore, non-thermal plasma brings extremely beneficial to the broad area of applications [3]. With relatively low-power and atmospheric pressure generation, corona discharge has been extensively utilized in several applications, such as electrostatic precipitation, ozone production, and electrophotography. Effect of high electric field localized at small diameter wires, needles, or sharp edges electrodes can give rise to the electrical discharge, resulting in micro-discharge plasma. Plasma is usually classified according to its gas temperature: non-thermal (cold) plasma and thermal plasma. Cold plasmas naturally demonstrate non-aggressive interaction with organic materials without causing thermal and electrical damage to the organic and other material surfaces. Therefore cold plasma is suitable for biological-medical applications, food sterilization, and surface modification. In agriculture applications, many researches have been focused on modifying and improving seed germination characteristics. For enhancing the germination process, extra water and oxygen may be provided to seeds by using the chemical based water mist, or coated with peroxide compounds to improve the germination rate. However, such traditional processes leave the chemical residual causing pollution to the environment. In contrast, the cold plasma is an environmentally friendly, and does not leave any contaminated aqueous waste. In addition, non-thermal or non-equilibrium plasma can operate in atmospheric pressure that is suitable for some organic materials that are not able to sustain in high vacuum ambient. In this paper, we propose a cold plasma generated by employing the benefit of fringe field inducing corona discharge on tips’ edges in conjunction with the dielectric barrier discharge (DBD) for seed surface modification.