https://www.internationalbulletins.com/intjour/index.php/jah/issue/feedJournal of Agriculture & Horticulture2025-11-11T12:37:03+00:00Bulletin of International Journals - USAinf@internationalbulletins.comOpen Journal Systems<p><span class="VIiyi" lang="en"><span class="JLqJ4b" data-language-for-alternatives="en" data-language-to-translate-into="hi" data-phrase-index="0" data-number-of-phrases="1"><strong>Journal of Agriculture & Horticulture</strong> is an open access international American journal. Which publishes only original articles in its journal. The method of reviewing articles of this journal is Peer Review Double Blended. In this journal, we accept the titles of all the articles related to <strong>Agriculture & Horticulture</strong> and publish them in our journal only after getting them reviewed by the international reviewers. If the reviewer accepts the article for publication, then we send the production manager of the journal to publish all those articles and do not publish all such articles which are rejected in the peer review process. We not only publish the articles, but also do the work of getting them indexed in the International Indexing so that the author's research can be famous all over the world.</span></span></p>https://www.internationalbulletins.com/intjour/index.php/jah/article/view/2246THE EFFECT OF GROWTH-REGULATING SUBSTANCES ON THE ASSIMILATORY SURFACE OF TABLE GRAPE VARIETIES.2025-11-11T12:37:03+00:00P.E. Egamberdiyevinfo@internationalbulletins.comD.U. Abduraimovinfo@internationalbulletins.com<p>This study investigates the effect of the growth regulator <strong>Falgron</strong> at different concentrations on the assimilating surface of leaves in table grape varieties — <em>Khusaine Belyi</em>, <em>Rizamat</em>, and <em>Khusaine Kelin Barmak</em>. The results showed that a concentration of 40 mg/l significantly enhanced leaf growth and increased the total assimilating surface area by 25–35% compared to the control. However, at 60 mg/l, a decrease in leaf growth was observed. The optimal concentration for improving vine leaf development was determined to be 40 mg/l of Falgron.</p>2025-11-10T00:00:00+00:00Copyright (c) 2025