How did Leading Edge Lacrosse begin. What programs does Leading Edge offer. How has the organization grown since its inception. What is the philosophy behind Leading Edge Lacrosse. How does Leading Edge develop players’ skills.
The Origins of Leading Edge Lacrosse
Founded in the summer of 2001 by Marc Moreau, Leading Edge Lacrosse has grown from humble beginnings to become a prominent force in youth lacrosse development. Moreau’s vision began with one-on-one instruction, small “mini laxer” programs, and a modest summer camp in Far Hills. This initial foray into lacrosse education laid the groundwork for what would become a comprehensive and influential lacrosse organization.
One of Moreau’s early innovations was the production of the first instructional video on the rules of boys’ youth lacrosse. This educational tool helped standardize understanding of the game among young players, coaches, and parents, setting a precedent for Leading Edge’s commitment to comprehensive lacrosse education.
Comprehensive Program Offerings
Over the years, Leading Edge Lacrosse has expanded its offerings to cater to a wide range of players and skill levels. The organization now boasts:
- Elite team programs for various age groups
- Skills development camps and clinics
- One-on-one coaching sessions
- Educational resources for players, coaches, and parents
These diverse programs ensure that players at all stages of their lacrosse journey can find opportunities to improve their skills and understanding of the game.
Building Elite Teams: The Leading Edge Approach
Leading Edge Lacrosse has gained recognition for its elite team programs, which cater to different age groups and skill levels. These teams provide young athletes with opportunities to compete at high levels and gain exposure to college recruiters.
Current Elite Teams
- Leading Edge Lacrosse 2023 | Men’s (19 Players)
- Leading Edge Lacrosse 2024 | Men’s (9 Players)
- Leading Edge Lacrosse 2025 | Men’s (7 Players)
- Leading Edge Lacrosse 2026 | Men’s (3 Players)
These teams represent the organization’s commitment to fostering talent and preparing players for success at higher levels of competition.
Player Development and College Recruitment
Leading Edge Lacrosse places a strong emphasis on player development and college recruitment. The organization’s success in this area is evident from the profiles of some of its standout players:
- Chris Roy (Class of 2024) – A promising player with potential for college recruitment
- Quinn Stankovits (Class of 2023) – Attacker/Midfielder from Deerfield Academy
- Walker Hunter (Class of 2023) – Goalkeeper from Shore Regional High School
- James Farinacci (Class of 2023) – Midfielder/Attacker from Manasquan High School
- JAZ Zanelli (Class of 2022) – Goalkeeper from Seton Hall Prep
- Ethan Cronk (Class of 2021) – Faceoff specialist from Ridgewood High School
These player profiles demonstrate the organization’s ability to attract and develop talented athletes from various positions and backgrounds.
High-Profile Events and Tournaments
Leading Edge Lacrosse participates in numerous prestigious events and tournaments throughout the year, providing players with valuable exposure and competitive experience. Some notable events include:
- Harvard Fall Prospect Experience (September 18, 2022)
- Harvard Summer Prospect Experience (July 26, 2022)
- The Goaliesmith Experience 2 (July 25-26, 2022, Columbia, MD)
- NAL Summer Tourney (July 23-24, 2022, Milford, DE)
- NLF National Championships (July 15-17, 2022, Bethlehem, PA)
- Hogan’s Hershey (July 9-10, 2022, Palmyra, PA)
- Legacy Invitational Tournament (June 28-29, 2022, Devens, MA)
- Sweetlax Summer Challenge (June 25-26, 2022)
- Crab Feast (June 25-26, 2022, Bel Air, MD)
- Great 8 Invitational (June 18-19, 2022, Greenwich, CT)
Participation in these events not only challenges players but also provides exposure to college coaches and recruiters, furthering the organization’s goal of player advancement.
The Leading Edge Philosophy: Beyond the Field
Leading Edge Lacrosse’s success stems from its comprehensive approach to player development. The organization focuses not only on physical skills but also on mental preparation, sportsmanship, and character building. This holistic approach aims to produce well-rounded athletes who excel both on and off the field.
Key Aspects of the Leading Edge Philosophy
- Emphasis on fundamental skills and proper technique
- Fostering a love for the game and a competitive spirit
- Developing leadership skills and teamwork
- Promoting academic excellence alongside athletic achievement
- Preparing players for success at the collegiate level and beyond
By focusing on these aspects, Leading Edge Lacrosse aims to create an environment where players can thrive and reach their full potential.
The Impact of Leading Edge Lacrosse on Youth Sports
Since its inception, Leading Edge Lacrosse has made a significant impact on youth sports, particularly in the lacrosse community. The organization’s influence extends beyond just player development, affecting various aspects of the sport:
Standardization of Youth Lacrosse Rules
Marc Moreau’s early contribution of producing the first video on boys’ youth lacrosse rules helped standardize the game at the youth level. This initiative has likely influenced how youth lacrosse is taught and played across the country.
Raising the Bar for Youth Lacrosse Programs
Leading Edge’s comprehensive approach to player development has set a new standard for youth lacrosse programs. Other organizations have likely been inspired to expand their offerings and improve their coaching methodologies to keep pace with Leading Edge’s success.
Bridging the Gap to College Lacrosse
By focusing on college recruitment and participating in high-profile events, Leading Edge has helped bridge the gap between youth and collegiate lacrosse. This focus has likely increased opportunities for young players to continue their lacrosse careers at the college level.
Leveraging Technology and Social Media
Leading Edge Lacrosse has embraced technology and social media to enhance its programs and reach a wider audience. The organization maintains an active presence on various platforms:
- Twitter: @LeadingEdgeLax provides updates, highlights, and announcements
- Instagram: @leadingedgelax showcases player achievements and team activities
- TikTok: The organization and its players are featured in highlight videos and skills demonstrations
This social media presence not only helps promote the organization but also provides additional exposure for players, potentially catching the eye of college recruiters and lacrosse enthusiasts.
Innovative Use of Video Content
Leading Edge Lacrosse has leveraged video content to showcase player skills and team achievements. Some notable examples include:
- Max Holda’s impressive shot, featured in a TikTok video by Apex Lacrosse Events
- Reid Bolger’s downhill run and goal, highlighted in a video by Lax Farmer
These video highlights not only celebrate player achievements but also serve as valuable tools for player promotion and recruitment.
Challenges and Future Directions for Leading Edge Lacrosse
As Leading Edge Lacrosse continues to grow and evolve, it faces several challenges and opportunities for future development:
Expanding Geographic Reach
While Leading Edge has established a strong presence in certain regions, there may be opportunities to expand its programs to new areas, bringing high-quality lacrosse instruction to underserved communities.
Adapting to Changes in Youth Sports
The landscape of youth sports is constantly evolving, with increasing concerns about specialization, burnout, and the pressure to succeed. Leading Edge may need to continually adapt its programs to address these issues and promote a healthy balance for young athletes.
Embracing New Technologies
As technology continues to advance, Leading Edge could explore new ways to incorporate tools like virtual reality training, advanced analytics, or AI-powered coaching assistants to enhance player development.
Expanding Programs for Girls’ Lacrosse
While the current information focuses primarily on boys’ lacrosse, there may be opportunities for Leading Edge to develop or expand programs for girls’ lacrosse, tapping into a growing market and promoting gender equality in the sport.
Continuing Education for Coaches and Parents
To maintain its position as a leader in youth lacrosse development, Leading Edge could focus on expanding its educational resources for coaches and parents, helping to create a more knowledgeable and supportive community around the sport.
As Leading Edge Lacrosse moves forward, its ability to adapt to these challenges and opportunities will be crucial in maintaining its position as a pioneering force in youth lacrosse development. By continuing to innovate and prioritize player development, Leading Edge is well-positioned to shape the future of lacrosse for years to come.
Leading Edge Lacrosse | ConnectLAX
Leading Edge was founded by Marc Moreau in the summer of 2001. Marc started with some one on one instruction, small mini laxer programs and a small summer camp in Far Hills. Marc then produced the first video on the rules of boys youth lacrosse. Marc in partnership with his coaches, has developed outstanding lacrosse programs, elite teams and an overall lacrosse experience that the players, coaches and parents enjoy.
Leading Edge Lacrosse 2023 | Men’s
19 Players
Leading Edge Lacrosse 2024 | Men’s
9 Players
Leading Edge Lacrosse 2025 | Men’s
7 Players
Leading Edge Lacrosse 2026 | Men’s
3 Players
Leading Edge Mens 2017
Men’s
0 Players
Leading Edge Mens 2018
Men’s
10 Players
Leading Edge Mens 2019
Men’s
0 Players
Leading Edge Mens 2020
Men’s
0 Players
Chris Roy
2024 | ||||
HS | Hometown | Position(s) | ||
Quinn Stankovits | Deerfield Academy | Rumson, NJ | Att, Mid | |
2023 | ||||
HS | Hometown | Position(s) | ||
Walker Hunter | Shore Regional High School | Oceanport, NJ | Goal | |
James Farinacci | Manasquan High School | Brielle , NJ | Mid, Att | |
2022 | ||||
HS | Hometown | Position(s) | ||
JAZ Zanelli | seton hall prep | Caldwell, NJ | Goal | |
2021 | ||||
HS | Hometown | Position(s) | ||
Ethan Cronk | Ridgewood High School (NJ) | Ridgewood, NJ | Faceoff | |
Event & Info
Harvard Fall Prospect Experience
Sep 18 ’22
Harvard Summer Prospect Experience
Jul 26 ’22
The Goaliesmith Experience 2
Jul 25-26 ’22
MD: Columbia
NAL Summer Tourney
Jul 23-24 ’22
DE: Milford
NLF National Championships
Jul 15-17 ’22
PA: Bethlehem
Hogan’s Hershey
Jul 9-10 ’22
PA: Palmyra
Legacy Invitational Tournament
Jun 28-29 ’22
MA: Devens
Sweetlax Summer Challenge
Jun 25-26 ’22
Crab Feast
Jun 25-26 ’22
MD: Bel Air
Great 8 Invitational
Jun 18-19 ’22
CT: Greenwich
Number of recruits attending. |
See All Events
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Apex Lacrosse Events
Grab some ice Max Holda 2028 Leading Edge #lax #lacrosse #highlights
203 Likes, TikTok video from Apex Lacrosse Events (@apexlacrosse): “Grab some ice Max Holda 2028 Leading Edge #lax #lacrosse #highlights”. original sound – Apex Lacrosse Events.
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Usclublax
This shot is filthy!! 😮💨 @max_holda the 2028 MVP from @leadingedgelax at the @apexyouthgames .#usclublax #la crosse #la xteam #la crossehighlights #la crosseplayer #la crosseseason #la crosseboys #la crossegirls #
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7K Likes, 27 Comments. TikTok video from Usclublax (@usclublax): “This shot is filthy!! 😮💨 @max_holda the 2028 MVP from @leadingedgelax at the @apexyouthgames .#usclublax #lacrosse #laxteam #lacrossehighlights #lacrosseplayer #lacrosseseason #lacrosseboys #lacrossegirls #”. original sound – Usclublax.
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original sound – Usclublax
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Lax Farmer
Reid Bolger gets downhill and stings one for Leading Edge ‘28 ⛰️ (via @The Visual Hub ) #laxtok #lacrosse #lacrossehighlights
2K Likes, TikTok video from Lax Farmer (@laxfarmer): “Reid Bolger gets downhill and stings one for Leading Edge ‘28 ⛰️ (via @The Visual Hub) #laxtok #lacrosse #lacrossehighlights”. original sound – Lax Farmer.
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original sound – Lax Farmer
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2027Lax
whos next?#ranking #2027 #lacrosse #lax
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TikTok video from 2027Lax (@2027lax): “whos next?#ranking #2027 #lacrosse #lax”. son original – Fanta.
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son original – Fanta
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Alyssa McDaniel
Reply to @lukeburrns0 Saves from Leading Edge 2026 🥅 #sports #sportsmedia #sportsvideography #sportsvideo #lacrosse #lax #lacrossevideo #laxhighlight #laxvideo #lacrossehighlight #laxvid #maryland #crabfeast
542 Likes, TikTok video from Alyssa McDaniel (@amcdvisuals): “Reply to @lukeburrns0 Saves from Leading Edge 2026 🥅 #sports #sportsmedia #sportsvideography #sportsvideo #lacrosse #lax #lacrossevideo #laxhighlight #laxvideo #lacrossehighlight #laxvid #maryland #crabfeast”.
original sound – AntiNightcore.
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original sound – AntiNightcore
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EdgeLacrosseTraining
From the drafts… a rainy summer session with @lelagreenee 🔥 #edgeLT #lacrosse #womenslacrosse #fyp #btb #behindtheback
2.2K Likes, TikTok video from EdgeLacrosseTraining (@edgelacrossetraining): “From the drafts… a rainy summer session with @lelagreenee 🔥 #edgeLT #lacrosse #womenslacrosse #fyp #btb #behindtheback”. Level Up – Ciara.
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Level Up – Ciara
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Usclublax
#greenscreenvideo #fyp #lax #2028lacrosse #viral #trending
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join discord gg maryland – eric ♨️
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Stevachii 🎥
A 2028 using the fake is fun to watch #lacrosse #sports #lax #fyp
1.1K Likes, TikTok video from Stevachii 🎥 (@stevachiiproductions): “A 2028 using the fake is fun to watch #lacrosse #sports #lax #fyp”. Money Trees – Kendrick Lamar.
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Money Trees – Kendrick Lamar
Portal of the Unified State System of Information on the Situation in the World Ocean (ESIMO)
The information system includes a set of generalized analytical materials and data on oceanography and the state of the marine environment of the Russian coastal zone in the Sea of Japan, presented in the form of tables, graphics and text materials.
It is an interactive information and reference system with elements of a dynamic type for working on the Internet or offline. The system allows you to provide quick access to specially selected, stored on a CD-ROM, and other operational or generalized reference information (via the Internet), dispersed among various sources and therefore limited for wide use. This CD-ROM is the eleventh volume of the POI FEB RAS information products series under the general title: “POI Information Resources. Oceanography” http://pacificinfo.ru/cdrom/, supplementing the site section http://pacificinfo.ru/climate/. Design solutions for the creation of this system were developed in the course of the work of the Pacific Oceanological Institute of the Far East Branch of the Russian Academy of Sciences as part of the implementation of the subprogram FTP 10 “World Ocean” to create a Unified State System on the situation in the World Ocean (ESIMO) http://data.oceaninfo.ru/. The information base of the system uses the available results of long-term and ongoing fundamental and applied research conducted in the waters of the TOI, TIG, IBM FEB RAS and other organizations in the waters of the coastal-marine zone of Russia in the Sea of Japan.
When compiling analytical descriptions for each of the sections of the system and selecting tabular and illustrative material ready for reproduction in electronic form, published scientific articles, monographs and regime and reference manuals were used, a list of which is contained in the list of main literary sources.
The development and phased filling of the system is carried out as part of the ongoing work of the POI on ESIMO with the partial support of initiative and youth grants from the Far Eastern Branch of the Russian Academy of Sciences.
- Purpose and objectives of the project
- Problem status
- Authors
Purpose and objectives of the project
The coastal zone is the intermediate space where resource extraction, transport and environmental activities come into contact, carried out both in the sphere of national jurisdiction and beyond. At the same time, the optimization of relations between users of natural resources of coastal zones has specific features in each region.
Its identification is one of the tasks of ongoing scientific research. In the coastal zones of Russia, the most important way to regulate maritime activities, including the rationalization of the use of territorial and water resources of these zones, is the implementation of a general strategy for the development of regions and integrated coastal zone management (ICZM) projects that can ensure the interdependent, conjugated in time and space, development of all components of the marine economy and related industries, as well as non-production facilities located within the coastal area, while maintaining and improving the quality of the natural environment and living conditions of the population (Baklanov P.Ya., Mikhailichenko Yu.G., Aibulatov N.A., etc.) . In the Far East region, in terms of scientific justification and implementation of such projects, a number of institutes and organizations are actively involved, including TIG, IBM and POI FEB RAS. As a result of the ongoing research, it has been established that over the past decades, the scale and consequences of economic activity in the region have become commensurate with the results of the impact of natural processes on the environment on the scale of centuries and even exceed them.
Potential environmental threats appear in the areas of development of various deposits and transportation of oil and gas resources, the extraction of building materials, the operation of ports and bioresources, etc. A characteristic in this respect is the aggravating environmental problem associated with overfishing of fish resources in the Far East region, predatory fishing of a number of valuable hydrobionts, which led to a reduction in commercial populations and there was a need for their restoration. The impact of tourism and recreational activities on coastal ecosystems has increased markedly. In addition, potentially dangerous trends in global climate change are also associated with the coastal zone. A possible rise in the level of the World Ocean due to the melting of ice caps can lead to serious environmental, socio-economic and even political consequences. And a change in the temperature regime creates a real threat of degradation of biocenoses (Adrianov A.V. and others).
Thus, information on the state and changes in the marine and coastal environment is of vital importance for the economy and population of adjacent territories and forms the necessary basis for solving urgent problems of studying natural and technogenic processes, the state and functioning of ecological systems and biological communities, ensuring security and implementation of various types of maritime activities.
It is necessary to develop recommendations for rational environmental management in the face of increasing anthropogenic pressure and climate change in terms of optimizing various types of human activities, conserving resources, natural ecosystems, and predicting trends in the most important processes and phenomena. Therefore, one of the most important components of programs for the study and development of marine areas has always been various types of information support for both planned and ongoing research, and the corresponding diagnostic and forecasting systems necessary for expert assessments and decision making. This requires the integration of large volumes of heterogeneous data, the use of effective methods for monitoring the environment and analyzing information using various analytical tools and models, the development of specialized information products and systems (IS) for the generalization and dissemination of information resources. Such support involves the creation of the necessary technological basis for user access to departmental and other distributed information resources, the formation of information funds and databases (DB) on the marine environment, the development of monitoring systems and the assimilation of observational data, the creation of information and reference systems, knowledge bases, and the improvement of telecommunications systems .
In recent years, as a result of the widespread use of new generation computing technology, the development of telecommunications and the use of new information technologies (IT), many important problems of accumulating and integrating observational data arrays, providing users with access to this information and the effective use of information resources (IR) have been solved. However, on the existing websites of organizations in the Far East of the region, information on the state of the marine environment of the region under consideration on the subject of the project is provided only in the form of metadata, project descriptions and brief reports and generalizations, and IS on CDs was developed and replicated only in the Pacific Oceanological Institute of the Far East Branch of the Russian Academy of Sciences (http://pacificinfo .ru/ ).
Particular attention in terms of control, monitoring of the coastal-marine ecological and economic zone and appropriate information support is required by a comprehensive assessment of the environmental impact of the facilities under construction of the oil transshipment terminal of the Siberia-Pacific oil pipeline system, new ship repair enterprises, port facilities, bridges and the business center of the summit APEC-2012.
For many years in the waters of the hall. Peter the Great and the northern part of the Sea of Japan, various departments conducted studies of the ecology, state and pollution of the marine environment. As a result of these works, the funds of these organizations, including the POI FEB RAS, accumulated a large amount of archival observational data on the subject of the project, on the basis of which numerous publications were prepared. Separate results are presented in the form of informational, review materials and separate information systems on regional Internet sites. Against the background of a general reduction in the volume of coastal-marine expeditionary research by the departments of Roshydromet and the fishing industry, in the POI and the institutes of the Far East Branch of the Russian Academy of Sciences, this activity has significantly intensified in recent years in connection with the preparation and implementation of new large-scale economic projects in the Far East region.
These organizations conduct regular monitoring expeditionary studies of hydrological, hydrochemical, biological and ecological characteristics, observations from ice and coastal MES. The volume of received satellite information (IAPU) has significantly increased. However, a significant amount of incoming information on the coastal zone is still dispersed among individual organizations, laboratories and owners. As a result, the effectiveness of the existing infrastructure for the accumulation, systematization and dissemination of data and information in the subject area as a whole remains low, and information resources and research results are inaccessible to potential users.
Thus, the timely and efficient provision of electronic access to relevant observational data, information on the state of the marine environment and the results of scientific research based on modern IT, both to support ongoing research and to support various types of marine and nature management activities, is an important and urgent task.
The problem, on the one hand, requires the solution of independent tasks of integrating distributed departmental information resources and observation systems, which are already being solved in the POI within the framework of the Federal Target Program “World Ocean”, and, on the other hand, the development of problem-oriented database and IS applications. The possibilities of remote access to these resources using modern web-based network technologies bring the interaction of IR suppliers and consumers to another, higher level, providing quantitative and qualitative development of information support for users with data and information products. The overall goal of work on this project is the design and development of an integrated IS under the working title “Nature management, state and trends in the marine environment of the coastal regions of Russia in the Sea of Japan”. The priority area of application of the development is information support for scientific research and marine nature management for the implementation of programs for the integrated coastal zone management (ICZM) of the Primorsky Territory (Sea of Japan) in order to ensure sustainable regional development.
The information system is designed to work in the Internet environment or offline. It should consist of a periodically updated information section and a block for presenting data and generalized results of climate studies, the state of the marine environment and bioresources, assessing changes in natural processes and anthropogenic impacts to support existing and developed ICZM programs (on the example of Primorsky Krai) and other activities. The information section should include archival data and generalized information on the region in the subject area. The necessary information resources are already available, processed and formed in parallel with the implementation of this project. The unit for analyzing and presenting data from regular, episodic and specially oriented multidisciplinary studies of the marine environment of the coastal zone and adjacent water areas should provide the presentation of accessible, updated information on natural processes, the state and characteristics of the marine environment.
It should be based on the use of the results of existing departmental observational programs and systems and be supplemented on an ongoing basis with data coming in delayed and on-line modes.
The software is developed in the Windows OS environment and in the programming languages PHP 5, HTML, JAVA and taking into account the standards of web services supported by open technologies (XML, SOAP, UDDI, WSDL), and is designed as a portlet application for subsequent integration into ESIMO portal http://data.oceaninfo.ru/.
State of the problem
The concept of ICZM has been developed in sufficient detail in scientific and methodological terms and is increasingly being used as a management tool in the PPR process to achieve sustainable development of Primorsky Krai. Within the framework of this concept, consideration of the social, economic and environmental parameters of the territory is carried out in a single complex. Moreover, the importance of taking into account environmental factors and environmental safety is seen in all of these groups.
Nature management activities related to the operation of facilities and structures of the marine economic complex, on the one hand, require a comprehensive account of the impact of natural phenomena, global climate change trends and anthropogenic factors, on the other hand, exacerbate environmental problems of protecting the surrounding coastal-marine environment, geosystems, conservation habitat and biodiversity.
Due to the negative impact of anthropogenic factors, the ecological situation of the coastal zone of Primorye continues to deteriorate, which affects the trends in changes in environmental quality indicators, the state of marine ecosystems, bioresources and natural complexes. To identify unfavorable areas, zones of ecological disaster and zones of emergency ecological situations, a system for evaluating these indicators according to the main chemical and biological criteria was developed based on the analysis and generalization of the results of long-term observations.
The existing system of information support for maritime activities and nature management in the region is imperfect due to limitations in the possibility of using, completeness and quality of information resources. The effectiveness of the existing infrastructure in the region as a whole is still low, and certain categories of information resources, especially outside the field of hydrometeorology, are inaccessible for targeted or collective use.
The composition, scope and ownership of existing R&D in the region on the subject of the project are determined by the scope and powers of research and production, environmental organizations, research institutes, universities and supervisory authorities of various departments. The Sakhalin UGMS, Primorskoye UGMS and FERRIHMI have the most complete information on the composition and duration of series of relatively regular observations on the influx of pollutants, hydrochemical characteristics and the degree of pollution of water areas, bottom sediments and hydrobionts.
According to the state of biological resources – TINRO and VNIRO, biodiversity, dynamics of marine ecosystems and geosystems – IBM, POI and TIG FEB RAS.
An effective mechanism for integrating the resources of departmental information systems for the practical use of heterogeneous, dispersed data and generalized information in the tasks of providing various types of marine nature management activities has not yet been created, and its elements are far from perfect.
Authors
Project manager: Igor Dmitrievich Rostov, Head. lab. Informatics and Ocean Monitoring POI FEB RAS ([email protected])
0003
- POI FEB RAS – Rudykh N.I., Luchin V.A., Yurasov G.I., Zhabin I.A., Tikhomirova E.A., Tishchenko P.Ya., Zhadan P.M., Fishchenko V. .K., Mishukov V.F., Polyakova A.M., Gaiko L.A.
- TIG FEB RAS – Baklanov P.Ya., Arzamastsev I.S., Shulkin V.M., Kondratiev I.I.
- IBM FEB RAS – Adrianov A.V., Sokolovsky A.S., Zvyagintsev A.Yu., Lutaenko K.
A. - FERHMI – Rykov N.A., Kruts A.A.
- TINRO-center – Zuenko Yu.I., Ogorodnikova A.A.
A.Design and development of the CD-ROM shell, creation of web pages, design and placement on the site were carried out by VI Rostov, lab. analysis of oceanological information POI ([email protected]).
Links to author’s publications, illustrations and tables are given directly in web files.
Red Book view | Protected Areas of Russia
Main
Red Data Book species
Classification: Main groups > Invertebrates (Invertebrates) > Mollusca (Mollusca) > Bivalvia (Bivalvia) > Unionoida > Unionidae > Nodularia
| Taxon | Nodularia middendorffi |
| Russian name | Nodularia Middendorf |
Animals. Novosibirsk: OOO Novosibirsk Publishing House 344 PDF 
In the left valve, the outer anterior tooth is lamellar and thick; internal – wide triangular, through a small jumper passes into a long posterior internal tooth. The posterior teeth of both valves are lamellar, long, slightly curved. In the right valve, the posterior tooth has a long, weak projection. The anterior muscle imprints are deep, separated; the posterior ones are not deep, but rather distinct. Mother-of-pearl is white or blue-white with a pink tint.
