Juniper Publishers Ecology Open Access Journals

  Why Researchers Recommend Juniper Publishers   Introduction In today’s fast-paced academic world, choosing the right publisher is critical for researchers who want their work to have real impact. The ideal publisher should not only ensure high-quality peer review but also maximize visibility and accessibility. Among the growing number of academic publishers, Juniper Publishers has emerged as a popular choice. But what makes them stand out in a crowded field? This article explores the key reasons why many researchers are turning to Juniper Publishers to share their work.   Open Access for Wider Reach Juniper Publishers follows an open-access model, which means all published research is freely accessible online. This approach eliminates paywalls and allows scholars, students, and professionals around the world to read and cite work without subscription barriers. As a result, authors benefit from increased citation potential and greater impact.   Fast and Efficient Pe...

Juniper Publishers - Open Access Journal of Ecology   Reef Fish Diversity in Fish Apartement (Domus Frosiquilo/Equatorial Leaf) and Coral Cover. (Case Study in Jikomalamo Beach. Ternate. North Maluku. Indonesia) - juniper publishers Authored By:  Nebuchadnezzar Akbar Abstract Apartments fish is a development of the installation of basic FADs that have succeeded in increasing the availability of fish stocks. Observations showed that basic FADs had succeeded in collecting demersal fish, even juvenile marine biota were found attached to these basic FADs so that they were very beneficial for marine biota habitat. The location of data collection is divided into two, namely in the fish apartment area and outside the fish apartment area. Data collection on coral reefs and reef fish in apartment fish, the process of collecting data on coral reefs in apartment fish, is carried out by pulling transects vertically to the last limit of the apartment fish area. Collecting data ...

  Juniper Publishers - Open Access Journal of Ecology Introduction Natural treelines in high-mountain regions are considered as excellent and broad-scale indicators of biological responses to climate change and variability [1-10]. Since the early 20th century, treelines of different species have advanced by maximum 200-245 altitudinal meters in the Swedish Scandes, while the forest limit has changed substantially less in elevation [3,11]. Treeline is here taken in a broad sense, as the transition zone (ecotone) between the closed forest and the treeline proper, i.e. the highest trees of a specific species, with a minimum height of 2 m. Up to the present most studies have focused on the treeline with this narrow definition, since spatially-precise early 20th century measurements exist from a large area in the Swedish Scandes. Studies of the entire treeline ecotone are constrained by lack of stringent and repeatable old records and the strongly shifting structure and c...

Juniper Publishers - Open Access Journal of Ecology Introduction Natural treelines in high-mountain regions are considered as excellent and broad-scale indicators of biological responses to climate change and variability [1-10]. Since the early 20th century, treelines of different species have advanced by maximum 200-245 altitudinal meters in the Swedish Scandes, while the forest limit has changed substantially less in elevation [3,11]. Treeline is here taken in a broad sense, as the transition zone (ecotone) between the closed forest and the treeline proper, i.e. the highest trees of a specific species, with a minimum height of 2 m. Up to the present most studies have focused on the treeline with this narrow definition, since spatially-precise early 20th century measurements exist from a large area in the Swedish Scandes. Studies of the entire treeline ecotone are constrained by lack of stringent and repeatable old records and the strongly shifting structure and configu...

Juniper Publishers - Open Access Journal of Ecology Introduction Ecology is a relatively young science. Although its historical roots are quite deep, it was not until the second half of the 20th century that it became a separate and legitimate discipline within biology [1]. Ecology is the study of the myriad, complex interrelationships between and among living things and their environment, including how those interactions influence their survival. These ideas were early on adopted by another new discipline, the social sciences, with the earliest efforts to introduce ecological concepts found in the writings of Kurt Lewin [2]. However, four decades later noted psychologist, Urie Bronfenbrenner [3], utilized ecological constructs to formulate his Ecological Systems Theory and associated bio-ecological model. The model described how human development is influenced by myriad interactions between children and their environments, from the most immediate home ecological system, o...